That said, a comparison that pretends the competition has no advantages is useless. Anker and Belkin are established companies with real strengths we do not match. Here is a straight account of where each fits, including when you should not buy from us.

Ground rules for this comparison

We will not quote another company’s prices, warranty terms or specifications as fact. Those change, vary by region and SKU, and repeating them from memory is how comparison articles end up wrong. Where a detail matters, check it on that brand’s Australian site or on the listing you are buying from.

What we can talk about honestly is the shape of each offer: catalogue breadth, where you buy it, how support works, and who it suits.

Anker: the broad, established consumer choice

Anker has built charging and connectivity products for a long time, with a very wide catalogue — chargers, power banks, cables, hubs and docks — refreshed regularly.

Real advantages:

• Range. If a charging or connectivity product category exists, they probably make several versions at different price points.
• Track record. Years of products in the field and many independent reviews you can read before buying. We do not have that yet — reviews are earned, not claimed.
• Availability. Widely stocked through Australian retail and marketplaces, so you can often buy today.
• Support infrastructure. Established warranty and support processes built for scale.

Worth checking: which entity you are actually buying from. The same model can be sold through Australian retail, a marketplace seller, or an overseas listing, and the after-sales path differs in each case. Check the warranty terms and seller of record, and check that a mains charger comes with an Australian plug and the RCM mark.

Belkin: the retail and premium-accessory choice

Belkin has been in the accessory business for decades, with a strong presence in mainstream retail, a focus on well-finished accessories, and close alignment with major device ecosystems.

Real advantages:

• Retail presence. Easy to find in Australian stores, which matters when you need something today.
• Certification and ecosystem programs. A long-standing participant in device-manufacturer certification programs, reassuring if you want an accessory validated for your device. Check the product page for which apply.
• Build and finish. A long reputation in premium accessories, where design and materials are part of the offer.
• Support structures. Established warranty and returns channels, direct and through retail.

Worth checking: the price against what you need. Premium brands often price above the functional requirement — fair enough if finish and certification matter to you, poor value if you just need a 2 metre cable behind a desk.

Eplugit: local stock, local dispatch, lower prices, smaller range

We are an Australian online store selling cables, chargers, hubs and accessories under our own brand. Our position is narrow and we would rather describe it accurately than inflate it.

Where we genuinely help:

• Price. Own brand, direct, no retail margin. A VGA cable is $4.80, a 4K HDMI cable starts at $8, and a 7-in-1 USB-C hub is $45.
• Australian stock and dispatch. The same product class from an overseas marketplace typically means three weeks; we ship from stock here in business days.
• Direct local support. You email us and you get us — the people holding the stock. No offshore queue, no reseller in between.
• Proper Australian tax invoice, not always the case with overseas purchases.
• Compliance on mains equipment. Our 100W GaN USB-C charger is RCM certified for Australia and New Zealand and ships with an Australian Type I plug.
• Free shipping and a 30-day money-back guarantee on orders.

Where we do not compete, plainly:

• Range. A focused catalogue. If you want a Thunderbolt dock, a power bank or an ecosystem of matched accessories, we do not have it.
• Brand track record. We are newer and smaller. If buying a name you recognise matters to you, that is a legitimate reason to choose one of the others.
• Independent reviews. We do not yet have many published customer reviews, and we would rather say so than manufacture social proof.
• Retail presence. You cannot pick us off a shelf.
• The top end. For a premium multi-display dock, look at the established brands.

Side by side

Categories, not numbers — numbers move.

When you should not buy from us

Four situations, said plainly:

1. You need it in two hours. We ship from Australia, but we cannot beat driving to a shop. Buy retail.
2. You want a category we do not stock. Power banks, Thunderbolt docks, wireless charging stands, phone cases. We are not going to pretend a hub is a substitute.
3. Brand recognition is part of the purchase. If you are specifying equipment for a procurement process where an established name carries weight, choose it.
4. You already own something that works. The best cable is the one already on your desk.

When we are the better call

• You need several cables and hubs at once and total cost matters — an office fit-out or a classroom.
• You are replacing a lost cable and do not want to pay a premium for a commodity item.
• You do not want to wait weeks for an overseas parcel.
• You want to talk to someone who knows what is in the warehouse.
• You need a compliant mains charger with an Australian plug and an Australian entity behind it.
• You need a legacy item — VGA for a school or boardroom projector — that mainstream brands have moved on from.

The things that matter more than the badge

• On mains chargers, check compliance, not branding. Look for the RCM mark, Australian Type I pins and a printed input and output rating — for every brand equally.
• Match the cable to the job. Charging wattage and data speed are separate specs. A 100W, 10Gbps USB-C cable suits a laptop and an SSD; a basic cable is fine for a bedside phone.
• Check the seller of record. A well-known name on a marketplace listing does not tell you who you deal with if something fails.
• Buy the length you need. A 5 metre cable on a 1 metre desk is a nuisance.

Frequently asked questions

Is Eplugit cheaper than Anker and Belkin?

Generally yes — we sell our own brand direct without a retail margin. Prices move on all sides, so compare the specific products you are considering. Ours are listed in AUD on every product page.

Are Eplugit products as good as the big brands?

For the categories we sell, we build to the same functional specifications and publish them honestly. We do not claim to out-engineer companies with far larger research budgets, and we do not compete at the premium end.

Which brand is best for a USB-C hub?

It depends what you are plugging in. Compare port counts, video resolution and refresh rate, and whether ethernet and card slots are included, then compare price. Our 7-in-1 hub covers HDMI at 4K 60Hz, two USB-A, one USB-C, SD, microSD and gigabit ethernet. For Thunderbolt or dual video outputs, look elsewhere.

Does buying Australian actually matter for cables?

For dispatch time and having someone local to deal with, yes. For a low-voltage cable, safety compliance matters far less than it does for a mains charger.

Can I get an Australian tax invoice?

Yes. Every order comes with a proper Australian tax invoice — one of the practical reasons business buyers order locally rather than from an overseas marketplace.

Take your time

If another brand fits your situation better, buy from them — an accessory sitting unused in a drawer helps nobody.

If price, local dispatch and speaking to the actual seller are what you are after, that is what we do. Everything is held in Australian stock and dispatched from here, with free shipping and a 30-day money-back guarantee. Questions before you order are welcome.

The post Eplugit vs Anker vs Belkin: An Honest Comparison appeared first on Eplugit AU.

Under $150 AUD you cannot buy a good chair, desk and monitor. What you can do is fix the things that slow you down every day: not enough ports, a laptop screen you are hunched over, a charger that will not keep up, and a wobbly wireless connection.

Spend money in this order

Fixing one thing at a time, this is the order that gives the biggest improvement per dollar.

1. Screen height. Looking down at a laptop all day is the biggest cause of neck and shoulder pain in home setups, and fixing it can cost nothing.
2. A second screen. The difference between a 13-inch laptop display and an external monitor is larger than any accessory you can buy.
3. Ports. A hub turns a two-port laptop into a workstation you connect and disconnect in one motion.
4. Power. One charger for the laptop and the phone means one thing to remember.
5. Network. Wired ethernet fixes more video-call problems than a headset.
6. Everything else. Lighting, cable tidying, desk mats — nice, not urgent.

The free improvements — do these first

Genuinely, before you buy anything:

• Raise your screen. The top of the display should sit roughly at eye level. A stack of books works as well as a $60 stand. If you raise a laptop, you then need an external keyboard and mouse — which you may already own.
• Sit side-on to the window. This fixes glare on your screen and the silhouette effect on video calls, at no cost.
• Get your elbows to about 90 degrees. If the desk is too high, raise the chair and put something under your feet.
• Take the laptop off the doona and put it on a hard surface. Thermal throttling is a real and free-to-fix performance problem.
• Look for a secondhand monitor. A 24-inch 1080p IPS monitor from a marketplace listing or an office clear-out is often $50–$120 in Australian capital cities and will outclass anything else you can buy for the money.

Three builds under $150

Pick the one that matches your situation. All prices are AUD and all items are stocked in Australia.

Build A: the essentials — $98

The 7-in-1 USB-C hub is the centre of this build. One USB-C connection to the laptop gives you HDMI at 4K 60Hz, two USB-A ports, a USB-C port, SD and microSD slots, and gigabit ethernet. No drivers, no software, aluminium body, small enough to live in a laptop bag.

Run an HDMI to HDMI cable from the hub to your monitor — 2 metres suits a normal desk, with a 5 metre version if the monitor is further away.

The 65W USB-C GaN charger covers most ultrabooks and will fast-charge a phone when the laptop is not on it. GaN construction is why a 65W charger is now roughly the size of the old 30W bricks.

If you need more headroom — a 16-inch laptop under load, or charging a laptop and a tablet at once — our 100W GaN charger is the step up. It is RCM certified for Australia and New Zealand and ships with an Australian Type I plug. That takes Build A to $153, which is over budget but worth knowing.

Build B: two screens — $123

Same core, plus a second display. Run monitor one from the hub’s HDMI output, and monitor two from a spare USB-C port using a USB-C to DisplayPort cable ($25). If that monitor has HDMI rather than DisplayPort, use a USB-C to HDMI cable at the same price.

One condition: the laptop’s USB-C port has to support DisplayPort Alt Mode for the direct cable to carry video. Look for a DisplayPort or Thunderbolt logo beside the port. If it is not there, no cable will fix it, and you should stick to Build A.

Build C: no monitor, working in public — $145

If your work moves — hot desks, client sites, planes, cafes — the constraint is not screen real estate, it is that other people can read your screen. The MacBook Pro privacy screen uses a micro-louver filter that blocks viewing beyond about 60 degrees, attaches magnetically, is reversible between glossy and matte, and filters blue light and UV. It comes in 13″, 14″, 15″ and 16″. For anyone in finance, legal, health or government, this is a compliance item, not a comfort item.

Add our 4-port USB-C hub ($25) for a keyboard, mouse, dongle and drive, and a 2m USB-C to USB-C cable ($15) so the charger reaches an awkward power point. Two metres is the difference between working comfortably and sitting on the floor next to a wall socket.

What to skip

Under $150 the mistakes cost more than the wins, so here is what we would not buy:

• A Thunderbolt dock. Excellent hardware, generally several hundred dollars, and unnecessary unless you are driving multiple high-resolution displays or fast external storage from one cable.
• A $30 laptop stand, before you have tried books. Confirm the height helps, then buy a proper one if it does.
• A ring light. A window and a repositioned chair are better on most calls and cost nothing.
• Cable management kits. A packet of velcro ties from the hardware shop does the same job for a few dollars.
• A very cheap laptop charger from an overseas marketplace. A mains charger is the one item here where compliance genuinely matters. Look for the RCM mark, Australian Type I pins, and an Australian supplier behind it.
• A mechanical keyboard, at this budget. A genuine pleasure, and the thing to buy after the screen, ports and power are sorted.

Small things that make the setup feel finished

• Use the ethernet port. If your hub has one and a router is within reach, plug in. Video calls stop stuttering.
• Set the monitor’s refresh rate. Windows and macOS frequently default a new external display to a lower refresh rate. Check the display settings once.
• Keep one cable per job. Fishing one cable out from behind the desk beats untangling a bundle every morning.
• Know how to open your own gear. A precision 73-in-1 screwdriver set ($39) handles laptop panels, monitor arm mounts and desk assembly. Not part of the $150 builds, but it stops one seized screw becoming a repair bill.

Frequently asked questions

Do I really need a USB-C hub, or can I just use cables?

If your laptop has enough ports, cables alone are cheaper and more reliable. A hub earns its place when you have two USB-C ports and need video, ethernet, USB-A and a card reader — and when you want to connect and disconnect everything with one plug.

Will a 65W charger be enough for my laptop?

For most 13-inch and 14-inch ultrabooks and MacBooks, yes. Larger laptops and machines with discrete graphics may charge more slowly under heavy load. Check the wattage on your original charger — matching or exceeding it is the safe approach.

Can I run a monitor and charge my laptop through one USB-C port?

Only through a hub or dock with power pass-through, or by using two separate ports. A plain USB-C to HDMI cable carries video only.

Is a secondhand monitor a good idea?

Usually yes. Panels last a long time, and ex-office 24-inch 1080p monitors are common and inexpensive in Australia. Check for dead pixels and backlight bleed before handing over money, and check which inputs it has so you buy the right cable.

What is the single best upgrade under $50?

An external monitor if you can find a cheap secondhand one. If you already have a screen, a hub — it removes the daily friction of plugging four things in separately.

Ready when you are

None of this needs to happen at once. Fix screen height today for free, add a hub and a cable when you can, and add the charger after that.

Everything here is stocked and dispatched in Australia, so a Monday order is usually on your desk the same week. Tell us your laptop model and what you are connecting, and we will tell you which build fits.

The post Work-From-Home Desk Setup Under $150 (Australia) appeared first on Eplugit AU.

Start with the electricity, not the charger

Australian mains supply is nominally 230V AC at 50Hz — roughly double the 110–120V used in North America. Older equipment often says “240V”, the previous nominal figure.

The socket is the Australian/New Zealand Type I pattern — two flat pins in a V plus an earth pin — covered by the AS/NZS 3112 standard, which requires the active and neutral pins to be partly insulated so you cannot touch live metal while the plug is partly withdrawn.

A mains charger’s job is to turn that 230V into a safe low voltage at the USB port, behind a barrier that never fails. Everything below is about how Australia makes sure that barrier is real.

What the law actually requires

The RCM mark

The Regulatory Compliance Mark (RCM) is the tick-in-a-triangle symbol on the back of Australian and New Zealand electrical goods. It is a supplier’s declaration that the product meets the applicable Australian requirements — depending on the product, that can cover electrical safety, electromagnetic compatibility, and radiocommunications or telecommunications rules.

It is not a mark a factory can simply decide to print: applying it means someone has taken on legal responsibility for the claim. And it is a declaration backed by evidence — test reports, certificates and a registration — not a sticker issued after inspecting every unit.

The Electrical Equipment Safety System (EESS)

The EESS is the national scheme behind the electrical-safety half of the RCM. It does three things:

• Classifies equipment by risk, from low-risk items up to those needing a certificate of conformity from a recognised certifier before sale.
• Registers the responsible supplier — the Australian business that manufactures or imports the equipment — tying a real, contactable entity to the product.
• Registers the equipment against the applicable standards in a national database — though this applies to higher-risk categories rather than every item.

Risk classification is the part most buyers never hear about, and it changes what a supplier legally owes you. USB power supplies and chargers sit in Level 1, the low-risk band. For Level 1 equipment the supplier must ensure the item is electrically safe and meets the relevant standard, mark it with the RCM, hold documentary evidence in English proving compliance, keep that evidence for five years, and be a registered responsible supplier. Higher-risk categories add mandatory equipment registration, and the highest band also requires a certificate of conformity from a recognised certifier before the product can be sold.

So a charger being “Level 1” does not mean the rules are optional. It means the obligation sits with the supplier to hold the evidence — which is precisely why who you buy from matters as much as what the listing claims.

How to check a charger yourself, in about a minute

The EESS runs a public database at equipment.erac.gov.au. You do not need an account to search it. You can look up registered responsible suppliers and registered equipment, which tells you whether the business selling you a mains charger has actually taken on the legal responsibility that comes with the RCM mark.

One caveat worth knowing: the EESS was established by an inter-governmental agreement and is implemented through state and territory law, so the participating jurisdictions are Queensland, Victoria, Western Australia and Tasmania, with other states and territories at various stages of adopting it. Electrical safety obligations still apply everywhere in Australia — they are simply administered under each jurisdiction’s own legislation. Check your state’s regulator for the local position.

It is administered through state and territory legislation and adopted by participating jurisdictions rather than one federal act, so check your state’s regulator for the local position.

Where “SAA approved” fits in

“SAA” originally stood for the Standards Association of Australia. On listings today, “SAA approved” usually means “this product holds a certificate of conformity from a recognised Australian certification body”. Those certificates are real and they matter.

But note the distinction: the mark that must appear on the product is the RCM. A seller advertising “SAA certified” who cannot show an RCM mark, a certificate number or a responsible supplier registration is describing paperwork you cannot verify. Ask for both — a compliant supplier will have them.

As for which standard applies, a USB mains charger is typically assessed against Australian/New Zealand adoptions of the international safety standards for information technology equipment or switch-mode power supplies, plus the plug and EMC standards.

Why an uncertified charger is a real risk, not a theoretical one

No scare stories needed — the reason is physical. Inside a switch-mode charger, the mains side and the USB side are separated by a transformer and by distance across the circuit board. Two measurements govern that separation: creepage (across a surface) and clearance (through the air). Safety standards specify minimum distances for mains voltage, and how the insulation must be built and tested.

Teardowns of non-compliant chargers repeatedly find the same shortcuts: that gap reduced to a couple of millimetres or bridged by a track, insulation tape missing, the transformer wound without proper separation, and no fuse. On 230V, if the barrier is breached, mains voltage can reach the USB connector — and the metal case of the phone in your hand. Australian regulators periodically issue warnings and recalls for non-compliant chargers, and the ACCC publishes recalls on its Product Safety Australia site.

To be measured about it: most uncertified chargers will sit on a bedside table and work. The issue is that you cannot tell the good from the bad by looking, the failure mode is fire or electric shock, and the charger is often left plugged in overnight. That is a poor risk to save twenty dollars.

The part most buyers miss: who is legally responsible

Order a charger from an overseas marketplace and you are, in practical terms, the importer. That has consequences unrelated to build quality:

• There may be no Australian responsible supplier registered against that product at all.
• Australian Consumer Law guarantees are straightforward to enforce against a business selling here. Enforcing anything against an overseas seller is a different matter.
• If the product is later recalled, there is no local channel to reach you.
• Business buyers get no compliant tax invoice, and workplace safety obligations do not care that it was cheap.

Buying locally is not only about shipping time. It is about a named entity in this country carrying the compliance obligation.

How to check a charger in two minutes

You can also search the national EESS registration database, and the ACMA supplier register for the EMC side, to check a supplier and product are registered.

When you should not worry about this

These rules apply to mains equipment, not everything in a drawer.

• USB cables carry low voltage and are not mains equipment. Quality still matters for speed and durability, but it is a different risk category.
• Car chargers run from a 12V vehicle system, not 230V mains.
• Power banks are low-voltage devices; the battery is the safety consideration. The wall charger you charge them with is not.
• Your existing charger does not need replacing because it is old. If it carries an RCM mark, has Australian pins, is undamaged and does not run hot, it is doing its job. Do not throw out working, compliant gear.

Equally, a high price does not mean compliance. Check the mark, not the receipt.

Where Eplugit sits

We hold stock in Australia and dispatch from here, so we are the supplier you deal with and the entity carrying the local obligations — including a proper tax invoice for business buyers.

Our 100W GaN USB-C wall charger is RCM certified for Australia and New Zealand, ships with an Australian Type I plug, and is rated for 100–240V AC at 50/60Hz input. Output covers USB PD 3.0 with PPS across 5V/3A, 9V/3A, 12V/3A, 15V/3A and 20V/5A, with over-current, over-voltage, short-circuit and over-temperature protection.

Pair it with a cable rated for the power you draw — our 2m USB-C to USB-C cable handles up to 100W / 5A. We also stock a 65W USB-C GaN charger for lighter duty; if certification detail matters, ask us before ordering.

Frequently asked questions

Is the RCM mark the same as CE?

No. CE is the European marking and has no legal standing here. A charger carrying only CE has made no Australian compliance declaration. Some non-compliant products also carry lookalike marks, so a symbol alone is not sufficient evidence.

Can I use my 110V charger from the US in Australia with a plug adapter?

Only if it is rated for the full 100–240V range, which most modern USB chargers are — check the printed input rating. An adapter changes the pin shape, not the voltage, and does not make an uncertified charger compliant.

How can I tell if a charger I already own is compliant?

Look for the RCM tick-in-a-triangle, Australian Type I pins with insulated sleeves, and a printed input and output rating. To confirm, search the national registration database, or ask the supplier for the certificate details.

Are cheap chargers always unsafe?

No. Price and safety are different questions. A modestly priced charger from a registered Australian supplier, carrying the RCM and built to the applicable standard, is a reasonable purchase. An uncertified charger of any price is the thing to avoid.

If you want to be sure

Check for the RCM mark, an Australian plug, a printed input rating, and an Australian business behind it. That is most of the work done.

If you would rather not check, everything we sell ships from Australian stock with local dispatch and support, and we are happy to answer compliance questions before you order.

The post Are Cheap Online Chargers Safe in Australia? RCM and SAA Certification Explained appeared first on Eplugit AU.

Here is what the names mean, what you actually get, and how much of it matters when you are buying a cable or a hub.

The short version

There are really only a handful of speeds. Everything else is renaming.

Read that table once and most product listings stop being mysterious. “USB 3.1 Gen 1” is not faster than “USB 3.0”. They are the same 5Gbps. A seller writing “USB 3.1” without saying Gen 1 or Gen 2 is telling you almost nothing.

Why the renaming happened

The USB Implementers Forum publishes the specification, and when a new version arrives it folds the older speeds into the new document rather than leaving them behind. So when USB 3.1 was published, the existing 5Gbps mode was absorbed and relabelled “Gen 1”. When USB 3.2 arrived, everything was relabelled again under the 3.2 umbrella.

The intention was tidy specification writing. The effect on shoppers was the opposite. The USB-IF has since asked manufacturers to drop version numbers in marketing entirely and use the speed instead — “USB 5Gbps”, “USB 10Gbps”, “USB 40Gbps”. That is a real improvement, and you will see those logos on newer packaging. Older stock and a lot of marketplace listings still use the version numbers, so both systems are in circulation.

Four separate things people confuse

Most USB confusion is not really about version numbers. It is about four independent things that all happen to travel down the same cable.

1. The connector shape

USB-A is the flat rectangle. USB-C is the small oval that goes in either way up. USB-B and micro-USB turn up on printers, drives and older phones. The shape tells you nothing about speed. There are USB-C ports running at 480Mbps and USB-A ports running at 10Gbps.

2. The data speed

This is the 5 / 10 / 20 / 40Gbps question in the table above. It is set by the slowest link in the chain: the host port, the cable and the device all have to support the speed for you to get it.

3. The power delivery

Charging is a separate specification. USB Power Delivery (USB PD) negotiates voltage and current between charger and device, and PPS adds fine-grained voltage adjustment that some phones use for faster, cooler charging. A cable can be excellent at power and unremarkable at data, or the reverse.

4. The alternate modes

DisplayPort Alt Mode lets a USB-C port carry a video signal. It is a property of the port on your laptop, not of the cable and not of the USB version. Plenty of USB 3.2 Gen 1 ports have no video capability at all.

What speed do you actually need?

Real-world throughput always lands below the headline number, because the figure is the raw signalling rate before protocol overhead. A 5Gbps link realistically moves somewhere in the region of 400MB/s at best, and usually less depending on the drive.

How this maps to what you buy

Our 4-port USB-C hub is a good example of the naming problem in practice. It is described as USB 3.1 Gen 1, up to 5Gbps, with four USB 3.0 ports. Under the current naming that is the same thing said three ways — 5Gbps. It is the right speed for keyboards, mice, card readers, printers and ordinary external drives, which is what most people plug into a hub.

For data transfer where speed genuinely matters, our USB-C to USB-C cable handles data up to 10Gbps and charging up to 100W / 5A over 2 metres. That combination — high data speed and high power in one cable — is what you want if you are moving files off an SSD and charging a laptop from the same cable at different times.

If you need ports plus video and ethernet rather than raw speed, the 7-in-1 USB-C hub adds HDMI at 4K 60Hz, two USB-A ports, a USB-C port, SD and microSD slots and gigabit ethernet, with no drivers to install.

When you should not spend more

A few situations where paying for a higher number is wasted money:

• You only ever charge with the cable. Data speed is irrelevant. Buy for wattage and build quality.
• Your laptop port is 5Gbps. A 20Gbps cable will run at 5Gbps. The chain moves at the slowest link.
• Your external drive is a spinning hard disk. It cannot saturate 5Gbps, let alone 10.
• You are plugging in a keyboard. A keyboard sends a few bytes when you press a key.
• The listing just says “USB 3.1”. If the seller will not specify Gen 1 or Gen 2, assume Gen 1 (5Gbps) and pay Gen 1 money.

How to check what you have

Windows: Device Manager, expand Universal Serial Bus controllers. Entries mentioning “USB 3.x eXtensible Host Controller” indicate USB 3 capability. For per-device speed, Settings > Bluetooth & devices > USB gives a connection notification if a device could run faster in another port.

macOS: hold Option, click the Apple menu, choose System Information, then USB. Each device lists its negotiated speed.

Physically: USB-A ports with a blue plastic tongue are usually 5Gbps. Teal is often 10Gbps. An “SS” or “SS 10” logo beside the port means SuperSpeed. These are conventions rather than rules, so treat them as a hint.

Frequently asked questions

Is USB 3.1 faster than USB 3.0?

Not necessarily. USB 3.1 Gen 1 is identical to USB 3.0 at 5Gbps. Only USB 3.1 Gen 2 is faster, at 10Gbps. If a listing says “USB 3.1” without specifying the generation, assume 5Gbps.

Does a USB-C cable automatically mean fast?

No. USB-C is a connector shape. USB-C cables exist at 480Mbps, 5Gbps, 10Gbps, 20Gbps and 40Gbps, and the charging capability is separate again. Always check the stated data speed and wattage.

What is USB 3.2 Gen 2×2?

It is 20Gbps, achieved by running two 10Gbps lanes at once. It requires USB-C at both ends and support from the host, the cable and the device. Adoption has been limited, and most laptops skipped straight from 10Gbps to USB4.

Will a 10Gbps cable make my old drive faster?

No. The connection runs at the speed of the slowest component. If your drive or your laptop’s port is 5Gbps, that is what you get, and a mechanical hard drive will not reach even that.

Do I need USB4 or Thunderbolt?

Only for demanding work such as external GPUs, multiple high-resolution displays from one port, or fast external NVMe storage. For a hub, a card reader and a monitor, 5Gbps or 10Gbps is plenty and costs far less.

If you want a hand choosing

The honest summary: buy for what you plug in, not for the biggest number on the box. If you are unsure which speed your setup actually needs, tell us what you are connecting and we will point you at the cheapest thing that does the job.

Everything is held in stock in Australia and dispatched from here, so orders arrive in business days rather than weeks.

The post USB 3.0 vs 3.1 vs 3.2: The Naming Confusion, Explained Simply appeared first on Eplugit AU.

Almost every one of those problems comes down to the same thing: the laptop, not the cable. This guide walks through how to work out what your laptop can actually do, then which cable or hub matches it. Prices are in AUD and everything here assumes you are buying in Australia.

Step one: work out what your laptop can actually drive

Before you buy, you need three answers. Most people buy first and find out afterwards, which is how cables end up in the bottom drawer.

1. What video outputs does it physically have?

Look along both edges of the laptop for a full-size HDMI port, a DisplayPort or Mini DisplayPort, a VGA port (older business machines and a lot of school laptops), and USB-C ports.

A laptop with an HDMI port and a video-capable USB-C port can usually drive two external screens with two ordinary cables and nothing else. That is the cheapest and most reliable setup there is.

2. Do the USB-C ports carry video at all?

This is the one that catches people. A USB-C port is a shape, not a guarantee. To send a picture to a monitor, the port has to support DisplayPort Alt Mode. Some budget and older laptops have USB-C ports that only do data and charging.

Look for a small DisplayPort logo, a lightning-bolt Thunderbolt logo, or a “D” symbol beside the port. Thunderbolt ports always carry video. If there is no marking, check the manufacturer’s spec sheet for your exact model before buying a USB-C video cable.

3. How many external displays does the graphics chip support?

Windows laptops with Intel or AMD integrated graphics generally support two or three external displays. Apple Silicon MacBooks are the exception: entry-level M-series chips have historically been limited in how many external displays they can drive, while Pro and Max chips support more. The limit is enforced by the chip, so no cable or hub changes it. Check Apple’s tech specs for your exact model before buying a second monitor.

The four ways to run two monitors, compared

Route by route: what to buy

Two direct cables (the setup we recommend most often)

If your laptop has an HDMI port and a video-capable USB-C port, run one cable to each monitor.

• HDMI port to a monitor’s HDMI input: an HDMI to HDMI cable rated for 4K at 60Hz, available in 2 metre and 5 metre lengths.
• USB-C port to a monitor’s HDMI input: a USB-C to HDMI cable (2m, up to 4K at 60Hz). This needs DP Alt Mode on the laptop.
• USB-C port to a monitor’s DisplayPort input: a USB-C to DisplayPort cable (1.8m, up to 4K at 60Hz). Also needs DP Alt Mode.

If your monitor has a DisplayPort input and your laptop has a DisplayPort output, a straight DP-to-DP cable with a locking connector is the tidiest option — ours supports audio and multi-stream transport.

The hub route

Thin laptops often have two USB-C ports and nothing else, and one of those is holding the charger. A hub gets you back the ports you lost.

The Eplugit 7-in-1 USB-C hub adds HDMI at 4K 60Hz, two USB-A ports, a USB-C port, SD and microSD card slots, and gigabit ethernet. No drivers, no software. It has one HDMI output, so the usual two-monitor pattern is: monitor one on the hub’s HDMI, monitor two on a second cable straight from the laptop’s other USB-C port.

Direction matters on adapter cables

Video adapter cables are usually one-way. A DisplayPort-to-HDMI cable goes from a DisplayPort source to an HDMI display, and will not work backwards. Getting this wrong is one of the most common reasons a cable gets returned.

Older screens and projectors

Plenty of Australian classrooms, boardrooms and council offices still run VGA projectors, and there is nothing wrong with that for a 1080p slide deck. If both ends have the blue 15-pin connector, a VGA cable with screw-in connectors costs a few dollars and keeps working. VGA is analogue and carries no audio, so plan sound separately.

Cable length, 4K and what actually goes wrong

A few points that save troubleshooting time:

• Shorter is safer for 4K. A 2 metre run at 4K 60Hz is comfortable. Long runs are fine for 1080p but get fussier at high resolution and refresh rate.
• Check the monitor’s input, not just its badge. A monitor can be “4K” but have one HDMI port that only accepts 4K at 30Hz.
• Refresh rate is set in software. Windows: Settings > System > Display > Advanced display. macOS: System Settings > Displays. Machines often default to 30Hz on a new connection.
• Extend, do not duplicate. If the second screen mirrors the first, change the projection mode (Windows key + P on Windows) rather than buying another cable.

When you should not buy a cable

Being straight about this saves you money and us a return.

Do not buy a USB-C video cable if your laptop’s USB-C ports do not support DP Alt Mode. No cable adds that capability. Your only option is a DisplayLink-based dock with driver software, which we do not sell. Check the spec sheet first.

Do not buy a second monitor cable if your Mac’s chip cannot drive a second external display. Same reasoning — it is a silicon limit, not a cable limit.

Do not buy a 5 metre cable for a 1 metre desk, and do not replace a working cable to chase a spec you cannot use. If your monitor tops out at 1080p 60Hz, a higher-bandwidth cable changes nothing you can see.

A simple shopping list

Frequently asked questions

Can I run two monitors from one USB-C port?

Sometimes. On Windows, a laptop with DisplayPort Multi-Stream Transport support can drive two displays through a single DisplayPort connection using compatible daisy-chained monitors or an MST hub. Apple Silicon Macs do not support MST for extended desktops. One cable per monitor is more dependable.

Will a USB-C to HDMI cable charge my laptop at the same time?

No. A video cable carries video. To charge while running a display from one port you need a hub or dock with power pass-through, or a second free port.

Is HDMI or DisplayPort better for a second monitor?

For office work at 1080p or 4K 60Hz, either is fine — use whichever inputs your monitor has free. DisplayPort has an edge for high refresh rates, daisy chaining and locking connectors.

Why is my second monitor stuck at 30Hz?

Usually the display settings defaulted low, the monitor’s HDMI input is an older revision, or the cable is not rated for the bandwidth. Check the refresh rate setting first, then try the monitor’s other input, then the cable.

Do I need a powered dock?

Only if you are running several power-hungry devices such as bus-powered external drives, or you want one cable to the laptop that also charges it. For a monitor, keyboard, mouse and ethernet, a compact bus-powered hub is enough.

Getting set up

Once you know which ports you have, the cable choice is usually obvious. If not, send us your laptop and monitor models and we will tell you what you need — including if the answer is “nothing from us”.

Everything above is stocked and dispatched in Australia, so you are looking at business days rather than the few weeks an overseas order takes.

The post Dual Monitor Setup on a Laptop: The Complete Cable Guide for Australia appeared first on Eplugit AU.

The actual technology, briefly

Inside every mains charger are switching transistors that chop 230V AC mains into something your laptop can use. For decades those have been silicon. GaN chargers use gallium nitride instead.

Gallium nitride has a wider bandgap than silicon, which means it tolerates higher voltages across a thinner layer of material and switches on and off much faster with less energy lost as heat each time.

Switching faster is the key. The transformer and capacitors in a power supply can shrink as switching frequency rises, because they’re storing energy for shorter intervals. Higher frequency plus lower switching losses gets you a physically smaller charger that runs cooler at the same output.

What GaN genuinely gives you

Read those last two rows carefully, because they’re the ones the marketing tends to skip.

The myth: “GaN charges faster”

It doesn’t, on its own. Charging speed is set by USB Power Delivery negotiation — your device asks for a voltage and current, the charger agrees or offers the next one down, and they settle. A 65W GaN charger and a 65W silicon charger delivering the same PD profiles will charge your laptop at exactly the same rate.

The reason GaN feels faster is a selection effect: high-wattage multi-port chargers are almost all GaN now, because building 100W into a pocket-sized housing with silicon isn’t practical. People upgrade from an old 30W brick to a 100W GaN unit and credit the gallium nitride, when the wattage did the work.

So when you’re comparing chargers, compare the PD output profiles, not the semiconductor. A charger listing that shows its full profile list — 5V/3A, 9V/3A, 12V/3A, 15V/3A, 20V/5A, for example — is telling you exactly what it can do at every step.

What to actually check before buying, in Australia

1. The RCM mark

Mains-powered chargers sold in Australia sit under the national electrical equipment safety framework, and the Regulatory Compliance Mark is the visible sign that a supplier has taken responsibility for that. This is not a nice-to-have on a device that lives in a wall socket in your house. Our 100W GaN USB-C charger is RCM certified for AU/NZ.

Be sceptical of very cheap no-name chargers from overseas marketplaces. The ACCC has run repeated warnings about unapproved chargers and adapters, and the failure mode isn’t a slow charge — it’s a fire risk.

2. The plug

Australia and New Zealand use the Type I plug on 230V, 50Hz mains. A charger built for the local market has that plug moulded in. A charger with a US plug and a bundled travel adapter is a compromise that hangs badly out of the wall and gets knocked loose.

3. Input voltage range

Look for 100–240V input. That means it works on Australian mains and everywhere else you’ll travel with only a plug adapter, no voltage converter. Our 100W model takes 100–240V at 50/60Hz.

4. Protection circuitry

Over-current, over-voltage, short-circuit and over-temperature protection are the standard four. The 100W model lists all four (OCP, OVP, SCP, OTP); our 65W USB-C GaN charger lists over-current, over-temperature and over-charge protection.

5. PPS, if you own a recent Samsung

PPS (Programmable Power Supply) lets a device request voltage in fine increments instead of fixed steps, which is what recent Galaxy phones use for their fastest charging mode. If there’s no Samsung in the house, it’s a nice extra rather than a deciding factor.

When a GaN charger is not worth buying

Genuinely, plenty of the time:

• You only charge a phone. A 20–30W charger handles any phone on the market. Spending $100 on 100W to charge an iPhone achieves nothing.
• Your current charger is fine. GaN won’t extend your battery life, charge faster at the same wattage, or improve anything you’d notice beyond size and warmth.
• You want it purely for the badge. A well-made silicon 30W charger from a reputable brand beats a suspiciously cheap 100W GaN one every time.

The good reasons are specific: replacing several bricks with one charger, wanting something small enough to live in a bag permanently, or needing 65W–100W for a laptop where a compact silicon equivalent doesn’t really exist.

Matching wattage to what you own

Don’t forget the cable

A charger above 60W is only as good as the cable feeding it through. USB-C cables without a 5A e-marker chip are capped at 60W, so a 100W charger with the wrong cable quietly delivers 60W and you’d never know. A USB-C to USB-C cable rated for 100W/5A removes that bottleneck — and if it also does 10Gbps data, it doubles as a drive cable.

FAQs

Is a GaN charger safer than a normal one?

Not inherently. GaN runs cooler, which helps, but safety comes from the design, the protection circuitry and the certification behind it. Check for the RCM mark rather than the word GaN.

Will a GaN charger charge my phone faster?

Only if it supports a higher-wattage or better-matched USB PD profile than your old charger. At the same wattage and profiles, the charging speed is identical.

Do GaN chargers work with any device?

Yes. They use standard USB-C and USB Power Delivery, so they work with phones, tablets, laptops, headphones and handheld consoles. The device negotiates what it needs.

Why does my GaN charger still get warm?

All power conversion produces heat, and a small housing has less surface area to shed it. Warm is normal; too hot to hold comfortably, or a smell of hot plastic, means stop using it.

Can I leave a GaN charger plugged in all the time?

A certified charger from a reputable supplier is designed for it, and modern chargers draw very little at idle. As with any mains device, use a socket you can see and don’t cover it with bedding or paper.

If you’re replacing a charger

Decide on wattage first, confirm the RCM mark and the Australian plug, then check the cable can carry it. Our chargers ship from Australia in 2–5 business days with a local warranty and a proper tax invoice, and there’s a 30-day money-back guarantee if you end up wanting a different size.

The post What Is a GaN Charger, and Is It Actually Better? appeared first on Eplugit AU.

The longer answer explains why, and covers the cases where the short answer is wrong.

It’s a bandwidth problem, not a brand war

A display signal is just a lot of data per second. Multiply pixels by refresh rate by colour depth and you get a number the cable has to carry. Both standards keep raising their ceiling; whichever version you’re on decides what you can run.

What 144Hz actually costs in bandwidth

• 1080p at 144Hz: roughly 10 Gbps. Any HDMI 2.0 or DP 1.2 connection does this without drama.
• 1440p at 144Hz: roughly 14 Gbps. Right at HDMI 2.0’s practical edge — it often works using reduced blanking, but it’s not guaranteed on every monitor. DP 1.2 and above handle it with room to spare.
• 4K at 144Hz: roughly 32 Gbps. You need HDMI 2.1, or DP 1.4 with DSC compression.

That middle row is the whole reason DisplayPort has the reputation it has. 1440p 144Hz is the most popular gaming configuration in Australia right now, and it’s precisely where HDMI 2.0 gets marginal and DisplayPort doesn’t.

The practical rules

Desktop PC to gaming monitor: DisplayPort

Your graphics card almost certainly has DP 1.4 outputs and your monitor almost certainly has a DP input. It gets you full refresh rate at 1440p with no fiddling, it carries audio, and its locking connector doesn’t fall out when you move the desk. Use the cable that came with the monitor first — it’s usually the right one.

Console: HDMI, and specifically HDMI 2.1

PlayStation 5 and Xbox Series X have no DisplayPort output at all. For 120Hz gaming on those, you need an HDMI 2.1 (48Gbps) cable and a display with an HDMI 2.1 input. This is one of the few places where the cable itself genuinely matters — an old 18Gbps cable will hold you to 4K60.

Laptop with only USB-C: it depends on your monitor

USB-C video works through DisplayPort Alt Mode, which typically carries a DP 1.4 signal — good news, because that means a USB-C to DisplayPort cable gives you a native DisplayPort connection to the monitor with enough bandwidth for 1440p at high refresh. If your monitor only has HDMI inputs free, a USB-C to HDMI cable works, with the HDMI 2.0 ceiling of 4K@60Hz applying.

Worth knowing: gaming laptops often wire the USB-C port to the integrated GPU rather than the discrete one, which costs you frames. If you have an HDMI or Mini DisplayPort output on the laptop, try it first.

Adaptive sync: G-Sync and FreeSync

Variable refresh rate stops tearing by letting the monitor match the GPU’s output. Historically this was another point in DisplayPort’s favour — monitors with the original G-Sync hardware module only supported it over DisplayPort, and it’s still the safest path today.

FreeSync works over both DisplayPort and HDMI. HDMI 2.1 added VRR to the standard, which is what consoles use. If adaptive sync is important to you, check your monitor’s manual for which inputs support it — many list it as DisplayPort-only or note a narrower refresh range over HDMI.

What about DisplayPort to HDMI?

Useful, with one thing to understand: a passive DP-to-HDMI cable is uni-directional. The DisplayPort end must be the source (your PC), and the HDMI end must be the display. It will not work backwards — you can’t use it to get a PlayStation onto a DisplayPort-only monitor.

Our DP to HDMI cable is exactly that: 2m, plug and play, no drivers, running 1080p and 4K. It’s the right tool for connecting a desktop to a TV or a second HDMI-only monitor. For high-refresh gaming, prefer a straight DP-to-DP or HDMI-to-HDMI run — every conversion is another place to lose headroom.

Do expensive cables make a difference?

Mostly no, and this is where a lot of money gets wasted in Australian retail. A digital signal either arrives intact or it visibly fails — you get sparkles, dropouts or a black screen, not a “softer” picture. There is no picture-quality upgrade waiting in an $89 cable.

What you’re paying for at higher prices is certification and build: a cable rated for 48Gbps to run 4K120, or a well-made 5m run where a cheap one would be marginal. Under about 3m, a properly rated cable at a sane price is all you need. Our 4K@60Hz HDMI cable is 18Gbps in 2m and 5m for $8–$15, which covers 4K60 and 1080p high-refresh use.

One honest caveat on DP-to-DP cables

Bandwidth is the spec that decides what a DisplayPort cable can do, and plenty of listings — including, until we fix it, our own — don’t state a DP version. Our DP to DP cable is a 2m male-to-male lead with a locking connector, and supports multi-stream (MST) daisy-chaining and audio. If you’re chasing a specific tier such as 1440p at 165Hz, message us to confirm the rating before ordering rather than assuming — and apply the same scepticism to any listing that won’t tell you.

When not to change anything

If you’re on 1080p 144Hz and it’s running at 144Hz, you’re done. Check in Windows under System → Display → Advanced display that the refresh rate is set to 144Hz — a surprising number of monitors ship defaulted to 60Hz and people buy cables trying to fix a setting.

Quick answers

FAQs

Can HDMI do 144Hz?

Yes, depending on resolution. HDMI 2.0 handles 1080p at 144Hz easily and 1440p at 144Hz on many monitors using reduced blanking. For 4K at 144Hz you need HDMI 2.1.

Is DisplayPort better than HDMI for gaming?

On a PC, generally yes — more bandwidth at the versions most cards ship with, a locking connector, and the most reliable adaptive sync support. For consoles and TVs, HDMI is the only option and HDMI 2.1 is excellent.

Will a better cable increase my frame rate?

No. Frame rate comes from your GPU. A cable only limits the resolution and refresh rate combination the display can accept — it can hold you back, but it can’t speed you up.

Why is my 144Hz monitor stuck at 60Hz?

Usually a Windows display setting rather than the cable. Set the refresh rate manually in display settings. If 144Hz isn’t offered, then check whether your cable and port version have the bandwidth for that resolution.

Do I need an HDMI 2.1 cable for a 144Hz 1080p monitor?

No. 1080p at 144Hz needs roughly 10Gbps, which a standard 18Gbps HDMI 2.0 cable carries comfortably.

If you need the cable

Buy for the resolution and refresh rate you actually run, not the one on the box’s marketing. Ours dispatch from Australia in 2–5 business days with a 30-day money-back guarantee, so if you’ve mis-diagnosed which cable you needed, it’s an easy swap.

The post DisplayPort vs HDMI: Which Cable Do You Need for 144Hz Gaming? appeared first on Eplugit AU.

Work out what you’re actually missing

Before comparing products, write down what you plug in during a normal week. Most people’s list is shorter than they expect:

• A monitor (HDMI or DisplayPort)
• A USB-A dongle for a mouse or keyboard
• Occasionally a USB stick or an external drive
• An SD card, if you shoot photos or video
• Ethernet, if your Wi-Fi is unreliable or you’re on video calls all day

If your list is one item, buy the single adapter or cable for that item. A hub adds a point of failure, another thing to lose, and a shared bandwidth pool. A USB-C to HDMI cable at $25 beats a $90 dock if a monitor is genuinely all you need.

Hub, dock, or adapter — the three categories

Be honest with yourself about which row you’re in. If you want two 4K monitors and to charge the laptop from a single cable, you want a Thunderbolt dock. We don’t sell one, and no $45 travel hub will do that job properly. Buying down into a hub and hoping is how people end up with a drawer full of dongles.

The specs that actually change your day

HDMI: 4K at 60Hz, not 30Hz

The single most important number on a hub with video out. 4K at 60Hz needs 18Gbps (HDMI 2.0). Hubs that only manage 4K at 30Hz are still sold in volume, and 30Hz makes the pointer stutter noticeably — it’s fine for a static dashboard on a wall, unpleasant for eight hours of work.

USB data speed

USB 3.0 / USB 3.1 Gen 1 means 5Gbps, which is roughly 500MB/s in practice — plenty for a portable SSD, a card reader or anything you plug a mouse into. 10Gbps only matters if you’re moving large video files off a fast NVMe drive regularly.

The important caveat: the ports share one upstream connection. Copying from an SSD while pulling video off an SD card means both run slower. This is normal and true of every hub at every price.

Ethernet

Underrated. Gigabit Ethernet fixes a category of problems Wi-Fi troubleshooting never will — dropped Teams calls, stalled large uploads, congested apartment-block Wi-Fi. If you take calls for a living and you’re within cable reach of the router, it’s the most useful port on the hub.

Charging pass-through

If you want to charge the laptop through the hub, check the listing explicitly says so and at what wattage — don’t assume a USB-C port on a hub means power in. If it isn’t stated, ask before you buy. It’s the most commonly misread spec in this category.

What we stock, and who each one suits

If you just need more USB-A ports

The 4-port USB 3.1 Type-C hub at $25 turns one USB-C port into four USB 3.0 ports at up to 5Gbps, on a 48cm cable, weighing 100g. No video, no Ethernet, no card slots — that’s the point. Keyboard, mouse dongle, external drive, printer, done. If someone in the house still has a wired keyboard and a scanner, this is the cheap correct answer.

If you want one thing in the bag that covers everything

The 7-in-1 USB-C hub at $45 has 2× USB-A, 1× USB-C, HDMI at 4K@60Hz, SD and microSD slots, and RJ45 Gigabit Ethernet, in an aluminium body with no drivers or software required. The no-drivers part matters more on macOS than people expect: driver-dependent hubs are the ones that break every time Apple ships a major OS update.

For a MacBook Pro user working between home, an office and the occasional hotel room, this is the shape that fits — one monitor, wired network, card reader for camera work.

Reasons not to buy a hub

Worth saying plainly:

• You only ever plug in one thing. Buy the cable for that thing.
• You need two external monitors on a base M-series chip. A hub cannot create display outputs the chip doesn’t have. Check your model’s specs first — this is the most expensive mistake in this category.
• You need one-cable docking with 90W+ charging and dual 4K. That’s a Thunderbolt dock, and it’s a $250+ purchase from a specialist.
• Your existing hub works. There’s no meaningful generational improvement waiting for you.

Buying in Australia specifically

Three practical differences from ordering offshore:

Time. An overseas marketplace order is typically about three weeks in transit. Australian-dispatched stock is generally 2–5 business days. If the hub is the reason you can’t work, that gap is the whole decision.

Returns. Under Australian Consumer Law you have consumer guarantees on goods bought here. Exercising them against an overseas seller is technically possible and practically painful.

Paperwork. If you’re claiming it as a business expense, a proper Australian tax invoice with GST is a genuine convenience your bookkeeper will notice.

On price: the big-box retailers price similar travel hubs in the $79–$129 range, and cheap unbranded units land around $20 with unclear video specs. The $40–$60 band is where the useful ports and honest 4K60 output tend to sit.

A quick buying checklist

1. List what you plug in weekly. Buy for that list, not for hypotheticals.
2. If it has HDMI, confirm 4K@60Hz.
3. If you need charging through the hub, confirm pass-through and wattage explicitly.
4. Check your Mac’s external display limit before assuming two monitors are possible.
5. Prefer no-driver hubs on macOS.
6. Check where it ships from before you check the price.

FAQs

Will a USB-C hub let my MacBook Air run two monitors?

Not by itself. The number of external displays is set by the Mac’s chip. Base M-series chips are limited, and no hub changes that — only a DisplayLink-based dock, which works differently, or a Pro/Max chip machine.

Do USB-C hubs work with iPads?

Generally yes for USB and card readers on USB-C iPads, and HDMI output works on models that support it. Ethernet support varies by iPadOS version, so check if that’s your reason for buying.

Is 5Gbps fast enough for an external SSD?

For most people, yes. 5Gbps gives roughly 400–500MB/s in real use, which is faster than any hard drive and enough for editing 4K footage off a portable SSD. Only high-end NVMe workflows notice the ceiling.

Does a hub slow down my laptop?

No, but the devices on it share one connection. Two heavy transfers at once will each run slower. Everyday use — mouse, keyboard, monitor, network — never comes close to saturating it.

Do I need drivers on macOS?

Not for a standard USB-C hub, which uses built-in macOS support. Avoid hubs that require vendor software unless you have a specific reason, since that software is what tends to break after an OS update.

If you’ve narrowed it down

Buy the smallest hub that covers your actual list. Ours ship from Australia in 2–5 business days with a local warranty and a 30-day money-back guarantee, so if it turns out you needed fewer ports — or more — sorting it out is a domestic email, not an international parcel.

The post Best USB-C Hub for MacBook Pro in Australia (2026 Buyer’s Guide) appeared first on Eplugit AU.

Here they are in the order worth trying, roughly most common first.

First, the one thing you need to understand

USB-C is a connector shape, not a guarantee of what’s inside. Video over USB-C only works if the port supports DisplayPort Alternate Mode (DP Alt Mode), where the port reroutes some of its high-speed lanes to carry a DisplayPort signal. A USB-C to HDMI cable then converts that DisplayPort signal to HDMI inside the connector.

Good news for Mac owners: every USB-C and Thunderbolt port on a modern MacBook supports it. So on a Mac, DP Alt Mode is almost never the fault — the cable, the display settings or the chip’s display limit usually is. (On cheap Windows laptops and many Android phones, it genuinely can be the port.)

Fix 1: Check the cable is a video cable

This is the single most common cause. A USB-C cable that came with a phone, a power bank or a set of earbuds is a charge-and-data cable. It has no idea what DisplayPort is, and it will never carry video, no matter how expensive it was.

You need either a purpose-built USB-C to HDMI cable (the conversion electronics are in the plug) or a USB-C hub with an HDMI output. A plain USB-C cable plus an HDMI coupler will not work.

Fix 2: Change the input source on the monitor

Obvious, and still the answer maybe one time in five. Monitors and TVs with several HDMI ports don’t always auto-switch, especially if another input has an active device on it. Cycle through the inputs manually with the monitor’s own buttons or remote, and confirm you’re on the exact port you plugged into — HDMI 1 versus HDMI 2 matters.

While you’re in there: if the monitor has an “HDMI 2.0” or “Enhanced/UHD” toggle per port, turn it on. Many displays ship with ports limited to HDMI 1.4 mode by default, which caps you at 4K30 or produces no picture at all at higher settings.

Fix 3: Force macOS to detect the display

Sometimes the Mac just misses the handshake. In System Settings → Displays, hold the Option key and a Detect Displays button appears — click it.

If that does nothing, in order:

1. Unplug the cable, close the lid to sleep the Mac, wait ten seconds, open it, plug the cable back in.
2. Restart the MacBook with the cable connected.
3. Try the other USB-C port. Ports do fail individually, and this tells you instantly whether it’s the port or the cable.

Fix 4: You may have hit your chip’s display limit

This one catches a lot of people and no amount of cable swapping will fix it. Apple silicon caps how many external displays a chip can drive, and the base chips are the strictest.

Base M1 and M2 MacBook Air and 13-inch Pro models support one external display. Later Air models added support for a second display with the laptop’s lid closed, and Pro and Max chips support more. Check Apple’s tech specs page for your exact model before you spend anything.

If you’re stuck at one display and need two, your options are a DisplayLink-based dock (which uses software compression rather than DP Alt Mode) or a machine with a Pro/Max chip. A second cable or a bigger hub won’t get you there.

Fix 5: Check what the hub is actually rated for

If you’re going through a hub, its HDMI output has its own ceiling. A lot of budget hubs do 4K at 30Hz only — which looks fine on a spec sheet and feels horrible in use, because the mouse pointer visibly stutters.

4K at 60Hz needs 18Gbps of HDMI bandwidth (HDMI 2.0). Our 7-in-1 USB-C hub outputs HDMI at 4K@60Hz and needs no drivers on macOS, which also avoids the second common hub problem: driver software that never got updated for the current macOS version.

Fix 6: Rule out the HDMI cable and the display end

If your USB-C to HDMI adapter has a separate HDMI cable running to the monitor, that cable is a suspect too — particularly old ones bundled with a TV years ago, which may be HDMI 1.4 (10.2Gbps) and unable to carry 4K60.

A quick isolation test: plug something else known-good into the same monitor and cable — a games console, a set-top box, another laptop. If that also fails, the problem is downstream of your Mac entirely. A current 18Gbps 4K@60Hz HDMI cable removes the variable for under $15.

Fix 7: Drop the resolution or refresh rate

If you get a picture that flickers, drops out every few seconds, or shows sparkles and snow, that’s usually a bandwidth or signal integrity problem rather than a compatibility one. Long runs, cheap cables and 4K60 don’t mix well.

In System Settings → Displays, hold Option and click Scaled to see the full list of modes, then try 4K at 30Hz or 1440p at 60Hz. If the picture becomes rock solid, you’ve confirmed it’s bandwidth — shorten the run or use a better-rated cable.

Quick diagnosis table

When it’s time to stop troubleshooting

If you’ve tried a known-good video cable, a different port, a different monitor and a restart, and you still get nothing, the hardware has failed and more fiddling is wasted time. Under Australian Consumer Law, a cable or adapter that doesn’t do the job it was sold for is faulty regardless of how long ago you bought it, so go back to the retailer rather than buying a replacement and hoping.

FAQs

Do all USB-C ports support HDMI output?

No. Video over USB-C requires DisplayPort Alt Mode. Every USB-C and Thunderbolt port on a modern MacBook supports it, but many budget Windows laptops, tablets and phones do not.

Can I use a normal USB-C cable with an HDMI adapter?

Only if the adapter is designed for that and the cable carries the high-speed lanes. In practice a single USB-C to HDMI cable is more reliable than a stack of adapters, because there are fewer places for the signal to fail.

Why does my external monitor only show 30Hz?

Something in the chain is limited to HDMI 1.4 bandwidth — usually the monitor’s port setting, an older HDMI cable, or a hub rated for 4K30. 4K at 60Hz needs an 18Gbps HDMI 2.0 path end to end.

Why can’t my M1 MacBook Air run two monitors?

The base M1 chip supports one external display. That’s a limit of the chip, not the cable or the hub. A DisplayLink dock is the usual workaround.

Does resetting the SMC or NVRAM help?

Not on Apple silicon — those resets no longer exist. A normal restart with the display connected does the equivalent job.

Still stuck?

If it turns out you just need a cable that was built for video, ours ship from Australia in 2–5 business days rather than the three weeks an overseas order usually takes, and there’s a 30-day money-back guarantee if it doesn’t solve your particular version of this problem.

The post USB-C to HDMI Not Working on Your MacBook? 7 Fixes That Actually Work appeared first on Eplugit AU.

For most people the honest answer is no. Here’s how to work out which side of that line you fall on, without buying more charger than you’ll ever draw.

What wattage actually means here

USB Power Delivery (PD) is a negotiation. Your laptop tells the charger what voltage and current it wants, the charger says yes or no, and they settle on the highest profile they both support. A 100W charger plugged into a MacBook Air doesn’t push 100W into it — the Air asks for about 30–35W and that’s what it gets.

So a higher-wattage charger is never “too powerful”. It’s just potentially wasted money and a slightly larger object in your bag. The number that matters is the highest wattage your laptop will ever ask for, not the biggest number on the box.

One important detail: under USB PD 3.0, 100W (20V at 5A) is the ceiling. Anything above that — Apple’s 140W adapter for the 16-inch MacBook Pro, for instance — requires the newer PD 3.1 Extended Power Range standard. A 100W charger cannot fast-charge a 16-inch Pro no matter how good it is. That’s a standards limit, not a brand limit.

What each MacBook actually wants

Apple publishes the adapter it ships with each machine and the adapter needed for fast charging. That’s the most reliable guide you’ll get.

The short version

• Any MacBook Air: 65W is more than enough. Buying 100W is buying nothing.
• 14-inch MacBook Pro, ordinary work: 65W is fine. It will charge while you’re in Chrome, Slack and Excel.
• 14-inch Pro or Max chip doing sustained heavy work (video export, Xcode builds, plugged into two monitors): 100W is a real upgrade, because the machine can draw enough that a 65W supply is only just keeping up.
• 16-inch MacBook Pro: if fast charging matters, buy Apple’s 140W. We don’t sell one, and pretending 100W is equivalent would be nonsense.

When you should not buy a new charger at all

Genuinely: if your existing adapter charges the machine overnight and you’re not annoyed by it, there’s no upgrade here. Wattage doesn’t affect battery health, and a bigger charger won’t make your laptop run better.

The good reasons to buy a second one are practical, not technical — a charger that lives permanently in your bag, one for the office desk so you stop unplugging things, or replacing a fraying cable before it fails on a work trip.

The cable matters more than people expect

This is where most “my new charger is slow” complaints come from. Any USB-C cable can carry 60W (3A). To go above that — which is exactly what 65W and 100W chargers are for — the cable needs an e-marker chip rated for 5A.

Plenty of cheap cables in the drawer are charge-only USB 2.0 leads with no 5A rating. Plug one into a 100W charger and you’ll get 60W, quietly, with no error message. Our USB-C to USB-C cable (2m) is rated for 100W/5A charging and 10Gbps data, which covers both the charging headroom and using it as a real data cable.

Quick cable sanity check

• Charging slower than expected? Swap the cable before you blame the charger.
• A 5A-rated cable is required for anything above 60W — it is not optional.
• Length is fine. A 2m 5A cable is not “slower” than a 1m one in any way you’ll notice.

Australian specifics worth knowing

Australian mains is 230V at 50Hz, with the Type I plug. A few things follow from that:

Check the plug, not just the wattage. Imported chargers from overseas marketplaces often arrive with a US or EU plug and a travel adapter, which is a poor long-term arrangement for a device that sits in a wall socket all day.

Look for the RCM mark. Mains-powered chargers sold in Australia are regulated, and the Regulatory Compliance Mark is the visible sign a supplier has done that work. Our 100W GaN USB-C charger is RCM certified for AU/NZ, has the Australian Type I plug, and takes 100–240V input, so it also works overseas with a plug adapter.

Buying locally changes the timeline. A charger ordered from an overseas marketplace typically takes about three weeks. That’s fine if you’re planning ahead, and useless if your only charger died this morning.

What 65W and 100W look like in practice

Both of ours are GaN designs, which mostly means they’re physically smaller and run cooler than an equivalent older silicon charger — see our 65W USB-C GaN charger if that’s the size you’ve landed on.

A note on PPS

The 100W model supports PPS (Programmable Power Supply), which lets a device request voltage in fine increments rather than fixed steps. Recent Samsung Galaxy phones use it for their fastest charging mode. MacBooks don’t need it, so treat it as a bonus if you’ve got a Samsung in the house, not a reason to spend more on its own.

FAQs

Will a 100W charger damage my MacBook Air?

No. The laptop requests what it needs and the charger supplies only that. A higher-rated charger is safe; it’s just unnecessary for an Air.

Can I use a 65W charger on a 16-inch MacBook Pro?

Yes, it will charge — slowly. Under a heavy workload the machine may draw more than 65W, so the battery can stay flat or slowly decline while you work. It’s fine as a backup, not as your main charger.

Why is my laptop charging at 60W from a 100W charger?

Almost always the cable. USB-C cables without a 5A e-marker are capped at 60W regardless of what the charger can supply. Try a 5A-rated cable.

Does a bigger charger wear out my battery faster?

No. Charging speed is controlled by the laptop’s own charging circuitry and macOS battery management, not by the size of the adapter.

Do I need a separate charger for travelling overseas?

If the charger accepts 100–240V input — as our 100W model does — you only need a plug adapter, not a voltage converter.

If you decide you need one

Work out the highest wattage your laptop will ever ask for, add a 5A-rated cable, and stop there. If that lands you on 65W, buy 65W. Everything we stock ships from Australia in 2–5 business days with a local warranty and a proper tax invoice, so if you get it wrong the 30-day money-back guarantee is a short conversation rather than an international return.

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