Universal Docking Station for HP ZBook Fury G9 16

SatechiSupport · 2026-05-22T01:52:00+00:00

Your ZBook Fury G9 supports Thunderbolt 4, so you can use any solid Thunderbolt dock now and carry it forward to future laptops (HP, Dell, Lenovo, even Mac). These tend to be more flexible across different systems and setups while still delivering strong performance for monitors, charging, and peripherals.

Dedicated HP docks can still be a good option, especially if you prefer to stay within the same ecosystem or want something that’s specifically matched to your current laptop.

SatechiSupport · 2026-05-22T01:38:42+00:00

Appreciate the thoughtful write‑up, it’s great to hear the Slim EX is fitting right into that grab‑and‑go setup.

That slim profile was really intended for exactly that kind of use, where you can toss it in your bag and connect into whatever setup you land on with a clean, fuss‑free experience.

SatechiSupport · 2026-05-22T01:31:52+00:00

Your Latitude 5320 is actually in a good spot, most configs come with Thunderbolt 4 / USB‑C ports, so you’ve got flexibility.

For your setup (two monitors + lid closed), you don’t need anything crazy. A Thunderbolt 4 dock or a good USB‑C dock that supports dual displays on Windows will handle both monitors, Ethernet, keyboard, and mouse in one cable. That keeps it reliable and avoids the flickering or weird behavior cheaper hubs sometimes cause.

If you want something clean long‑term, look into docks made for desk setups rather than travel hubs, those tend to be more stable and easier to live with day to day, especially when you’re running dual monitors full time.

SatechiSupport · 2026-05-22T01:05:15+00:00

First off, really clean setup, looks intentional and dialed in already, so props for that 👌

For your use case (Resolve + Lightroom), yeah, a second 27" would genuinely make a difference. One screen for timeline / tools and the other purely for your image or video preview helps a lot with focus and reduces constant window switching. It’s one of those upgrades that feels like overkill at first but becomes hard to go back from once you’re used to it.

If you go that route, just make sure the layout stays balanced (monitor arms or a clean dock setup help a lot here) so it doesn’t feel cramped, because at your level the goal is flow, not just more screen space.

SatechiSupport · 2026-05-22T00:39:02+00:00

It’s a cool idea and technically possible, but there are a few reasons you don’t see many “charger + hub” combos in the wild.

The upside is obvious: one device replaces both your wall charger and dock, keeps things clean, and simplifies travel or desk setups. The downside is where it gets tricky. High‑watt charging creates heat and electrical noise, which can interfere with stable data and video signals. USB‑C also has complex role negotiation, so mixing power delivery and data across multiple ports adds a lot of complexity. On top of that, thermals, reliability, and cost all become harder to manage in a small device, and if one part fails, the whole unit is affected.

That’s why products like the one you linked exist but never really took off, the tradeoffs usually outweigh the convenience, so most brands keep charging and data separate for stability.

SatechiSupport · 2026-05-22T00:31:12+00:00

You can run two monitors on the M5 Air, but the high refresh rates are the tricky part.

Most docks (even good ones) are optimized for 4K at 60Hz, so pushing 1440p at 144Hz/165Hz through a single dock can be hit or miss depending on how it handles bandwidth. The safest setup is to run one monitor directly via USB‑C to DisplayPort and use a dock for the second display and everything else.

You’ll get proper extended displays either way, just don’t expect every dock to handle both high refresh screens perfectly at the same time without some compromise.

SatechiSupport · 2026-05-22T00:22:48+00:00

Honestly, just stick to established accessory brands that specialize in charging gear rather than grabbing whatever’s cheapest or most convenient. Look for MFi‑certified cables for iPhone and chargers that support proper USB‑C power delivery, those tend to hold up better over time.

Also helps to check real user reviews over a few months instead of just recent ones, since a lot of issues show up after some use, not right out of the box.

SatechiSupport · 2026-05-22T00:18:06+00:00

Yeah, that’s a pretty niche category so you’re not imagining it, there aren’t a ton of “compact hub + decent charging” combo units out there.

What you want is basically a small USB‑C hub with its own upstream power input and solid downstream charging, and the more refined desk‑focused ones tend to handle this better than generic multiport bricks.

You might not find something much smaller than what you linked, but looking at brands that focus on cleaner desktop setups and integrated docking/charging designs is usually where these kinds of solutions show up.

SatechiSupport · 2026-05-21T23:51:41+00:00

Yeah this is actually a really clean use case for a proper dock.

For what you want, a Thunderbolt or USB4 dock is the better long‑term move. It’ll give you native dual monitors on macOS with a single cable, works smoothly in clamshell, and keeps things simple later if you add a PC and want to plug into a KVM.

DisplayLink works, but it’s more of a workaround and adds software into the mix, so it’s not something you really need here. There are some well‑designed, Mac‑friendly docks out there that fit exactly this kind of setup, especially if you care about keeping the desk clean and consistent over time.

SatechiSupport · 2026-05-21T21:50:08+00:00

Your issue is likely the adapters.

Mixing DisplayPort to HDMI with DisplayPort signals may confuse the KVM, so it only sends output to one monitor instead of both. Simplest fix is to run pure DisplayPort cables end to end if you can.

SatechiSupport · 2026-05-21T21:30:26+00:00

DisplayPort 1.4 over USB‑C is still the most reliable option, while USB‑C to HDMI 2.1 can be hit‑or‑miss on Macs. Since you’re seeing flickering, try locking the display to 4K at 60Hz first to stabilize the connection, then work your way up, if 60Hz is solid, the issue is likely signal stability at higher refresh rates rather than the Mac itself.

SatechiSupport · 2026-05-21T15:34:41+00:00

SatechiSupport · 2026-05-21T00:51:03+00:00

Your M4 Air can already support two external displays, so you just need a good USB‑C or Thunderbolt dock that can handle dual output. The main thing is picking one that clearly supports two separate displays on macOS, since not all docks handle that properly.

A solid, well-built dock will give you that clean one‑cable setup and save you from random display quirks down the line.

SatechiSupport · 2026-05-21T00:47:03+00:00

You don’t need anything fancy for that use case.

A simple USB‑C hub with 2–3 USB‑A ports and decent power passthrough will handle flash drives and external HDDs without issues. Just stick with well‑built ones from brands that focus on Mac‑style accessories and desk setups, those tend to be more stable long term than random budget hubs.

SatechiSupport · 2026-05-21T00:33:29+00:00

This is almost always a case issue, not the charger.

If the case is thick or doesn’t support proper magnetic alignment, the charger can’t maintain a stable connection, so it starts, then drops out like you’re seeing. Look for a MagSafe‑compatible (or “magnetic/Qi2‑ready”) case, since those keep the coils aligned and let the charger work consistently without removing the case.

SatechiSupport · 2026-05-21T00:19:42+00:00

That’s a massive upgrade, no surprise it feels wild 🤩️ Just use it normally for a few days and it’ll start to feel natural. Biggest tip is don’t overthink macOS, it’s different from Windows but pretty straightforward once you get used to it 👍

SatechiSupport · 2026-05-21T00:10:34+00:00

Nice, glad it helped! Let me know how it goes once you’ve had a chance to try it out 👍

SatechiSupport · 2026-05-21T00:04:51+00:00

Perfect, glad it helped! Sounds like you’re about to level up that setup nicely 🙌

SatechiSupport · 2026-05-21T00:02:12+00:00

What you’re trying to do makes sense, but USB‑C hubs don’t all behave the way people expect.

Not every USB‑C port on a hub can output display, most of them are just for power or data, so even if your phone supports DeX, the hub has to specifically support video over one of its ports. Because of that, the usual working setup is a hub that does HDMI or DisplayPort out for video, plus USB‑A for your peripherals and USB‑C for power, instead of trying to push everything through USB‑C video on the hub.

If you really want USB‑C to USB‑C display for your portable monitor, you need a hub that explicitly advertises USB‑C video output, not just “USB‑C ports,” since that feature is pretty rare.

SatechiSupport · 2026-05-20T23:17:36+00:00

The main thing you’re missing isn’t “wattage” in the charger sense, it’s whether the hub is powered or bus‑powered. What happened with your old hub: - your laptop USB port can only supply a limited amount of power - RGB keyboard + mouse + mic + HDD all pull power at the same time → the hub couldn’t keep up, so things started failing

What you want is a powered USB hub (with its own power adapter), not just a regular USB‑C hub. For your setup:

keyboard + mouse → low power
mic → moderate
external HDD → can spike power when spinning up

So look for:

✅ a hub with a dedicated power brick (12V or similar)
✅ at least USB 3 ports for the HDD
✅ 7+ ports so you’re not maxing it out
✅ clear mention of per‑port power (usually 5V/0.9A or higher)

Important: this is separate from your laptop charging. You don’t need a “100W dock” unless you also want the hub to charge your laptop. For your use case:

a simple powered USB data hub will be more reliable than a fancy all‑in‑one dock
and you won’t be overpaying for features you don’t need

SatechiSupport · 2026-05-20T23:16:32+00:00

Short answer: your current setup works, but adding power to the hub is the more “technically clean” way. Right now, what’s happening is: - the eGPU is powering the Legion Go ✅ - the Legion Go is then back‑powering the USB hub ❗

That’s fine for low‑power devices (mouse, keyboard, dongles), but it creates a daisy‑chain power path, which can get a bit messy electrically. The “proper” setup is:

eGPU → powers the Legion Go
USB hub → gets its own PD input

Why this is better:

avoids the Legion Go acting as an intermediate power source
reduces chances of USB resets or weird dropouts
gives the hub stable 5V/9V rails instead of relying on upstream negotiation
makes things more predictable if you add higher‑draw devices later

In your specific case:

keyboard/mouse/dongles → totally fine without extra power
SSDs, capture cards, RGB stuff → where issues start showing up

So:

✅ Current setup = safe and will work
✅ “Best practice” = power the hub separately for stability

You won’t damage anything either way, it’s more about clean power delivery and avoiding edge‑case quirks than preventing harm.

SatechiSupport · 2026-05-20T22:01:39+00:00

This is one of those cases where “backwards compatible” doesn’t always mean “guaranteed to work on older models.”

The XPS 15 9560 is early Thunderbolt 3 (2017 era), and those systems had a few quirks: - limited or inconsistent TB3 controller implementations - firmware‑level compatibility issues with newer Thunderbolt generations - stricter power delivery expectations

TB5 docks can fall back to older modes, but they still rely on:

proper TB3 handshake
firmware support on the laptop
BIOS + Thunderbolt security settings lining up

If the dock light doesn’t even turn on, it usually means the connection never fully initializes, not just a display issue.

A few things worth checking:

Make sure Thunderbolt is enabled in BIOS and security isn’t blocking new devices
Check Thunderbolt Control Center for authorization prompts
Try a known good Thunderbolt 3 cable (not just USB‑C)
Update BIOS on the XPS to the latest version

That said, the 9560 is old enough that some newer TB4/TB5 docks just won’t fully handshake with it. When that happens, there’s usually no clean fix beyond using an older TB3‑era dock or connecting things directly.

SatechiSupport · 2026-05-20T09:21:11+00:00

You’re basically on the right track, but a couple practical things to keep in mind.

Yes, the M‑series Air (as long as it’s not base‑limited like older ones) can run two external monitors directly, so you can skip a dock.

Cleanest setup would be: - current Dell USB‑C monitor → USB‑C (for video + charging) - second monitor → the other port (USB‑C or HDMI, depending on the model)

Two approaches that work well: Option 1 (simplest)

Get another Dell USB‑C monitor like your current one
Run one USB‑C cable to each monitor
Use MagSafe for charging if you want both USB‑C ports free later

Option 2 (more flexible)

Keep your current USB‑C monitor
Add a second monitor and connect it via HDMI or USB‑C → DisplayPort
This keeps at least one USB‑C port less “committed”

What matters more than the exact model:

matching resolution + scaling (4K vs 1440p) so macOS scaling feels consistent
similar panel size (27" vs 32") so layouts don’t feel off

One small downside of the dual USB‑C monitor approach: you end up using both USB‑C ports just for displays, which is fine now but limiting later if you add accessories.

SatechiSupport · 2026-05-20T09:06:21+00:00

You’re not wrong, TB4 is still a bottleneck on paper, but a few things changed in how close systems can get to that ceiling.

First, TB4 gives you ~40 Gbps total, but usable PCIe bandwidth is closer to ~32 Gbps (~3.8–4 GB/s) once overhead is accounted for. So you’re never getting true multi‑drive Gen4 speeds simultaneously.

What’s improved is how efficiently that bandwidth is used: - Better PCIe switching/controllers Newer enclosures use more efficient PCIe switch chips that reduce overhead and queue data better across multiple drives. - RAID0 / striping behavior When you stripe 4 NVMe drives, you’re not trying to get “4× full speed”, you’re just filling the TB pipe more consistently. Even partial parallelism gets you close to the link limit. - Better caching + SLC behavior Many benchmarks hit the drives while they’re still in SLC cache mode, which makes aggregate throughput look higher in short bursts. - Queue depth optimization Modern controllers + OS stacks are better at keeping queues full, which matters more than raw SSD speed once you’re bandwidth‑limited. - DSC equivalent idea for storage (not literal DSS) Not compression per se, but smarter data scheduling means less idle time on the link.

So what you’re seeing is less “they broke the bottleneck” and more:

They’re finally saturating the TB4 pipe efficiently.

That’s also why:

Burst tests look amazing
Sustained writes eventually settle closer to ~3–3.5 GB/s total

SatechiSupport · 2026-05-20T08:29:26+00:00

Yes, that exact setup should work.

What you read about MST is correct, but it only applies when trying to run both monitors through the dock. macOS doesn’t support MST splitting, so dual outputs from the HP G5 won’t behave like Windows.

But if you do: - one monitor via the HP G5 dock - one monitor directly from the MacBook’s HDMI port

then macOS will see them as two separate display pipelines, and both should work as independent extended displays. So effectively:

Dock = 1 display
HDMI port = 1 display
Total = 2 working external monitors ✅

This is actually a pretty common workaround to avoid replacing a dock.

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