LIONWEI Laptop Docking Station Review
Declutter your desk with the LIONWEI Laptop Docking Station. A 13-in-1 tech hero that simplifies connectivity, turns chaos into order, and keeps you productive.
The LIONWEI 13-in-1 adds a DisplayPort and faster card readers to the LIONWEI 11-in-1 we have already reviewed. The 11-in-1 has dual HDMI without DisplayPort. The 13-in-1 adds a DP output for triple display through MST on Windows, brings SD/TF readers up to 200 Mbps (the 11-in-1 runs at 104 Mbps), and keeps the same three 10 Gbps USB ports, 100W PD, Gigabit Ethernet, and audio. For the buyer choosing between the two LIONWEI docks, the 13-in-1 provides triple 4K display capability and faster card transfers. For the buyer who does not need DisplayPort or faster card readers, the 11-in-1 covers dual HDMI at a lower price.
Thirteen ports. Dual HDMI at 4K@60Hz (DP 1.4 source). DisplayPort at 4K@60Hz. Three USB 3.1 at 10 Gbps. Two USB 2.0. 100W PD (82W to laptop, 18W consumed by dock). Gigabit Ethernet. SD/TF at 200 Mbps. 3.5mm audio. 3.9 oz. 7″ x 2.3″ x 0.75″. Mac extends one monitor at 4K@30Hz. 18-month warranty.
Key Specifications
| Specification | Detail |
|---|---|
| Total Ports | 13 |
| HDMI | 2 (4K@60Hz with DP 1.4 source) |
| DisplayPort | 1 (4K@60Hz) |
| USB 3.1 (10 Gbps) | 3 (USB-C and USB-A mix) |
| USB 2.0 | 2 (480 Mbps) |
| USB-C PD | 100W (82W to laptop, 18W dock overhead) |
| Gigabit Ethernet | 1 (1000 Mbps) |
| SD Card Reader | 1 (200 Mbps) |
| TF/MicroSD Reader | 1 (200 Mbps) |
| 3.5mm Audio/Mic | 1 (combo jack) |
| Triple Display | Windows MST only. Mac extends one monitor at 4K@30Hz. |
| Weight | 0.11 kg / 3.9 oz |
| Dimensions | 7″ L x 2.3″ W x 0.75″ H |
| Manufacturer | LIONWEI |
| Warranty | 18 months |
Triple Display on Windows via MST
Two HDMI and one DisplayPort, all at 4K@60Hz with a DP 1.4 source laptop. MST splits the video signal from the laptop’s single USB-C output into three independent display streams. Each monitor gets its own desktop. Email on one, main project on another, reference or messaging on the third. MST is a Windows feature — macOS does not support it through this dock. Mac users get the laptop screen plus one extended external at 4K@30Hz.
All three video ports running at 4K@60Hz simultaneously requires a DP 1.4 source with enough bandwidth. With a DP 1.2 source, resolution and refresh rate will be lower. The dock supports the output. The laptop determines the input bandwidth.
82W to the Laptop: The Math on 100W PD
LIONWEI states clearly: the dock consumes 18W for its own operations. A 100W charger through the PD port delivers 82W to the laptop. MacBook Air (30-45W) charges at full speed with significant headroom. MacBook Pro 13″ (61W) charges at full speed. MacBook Pro 14″ (70-96W) charges at near full speed. Windows ultrabooks at 45-65W charge at full speed. Laptops drawing exactly 90-100W receive less than their maximum rate. The 18W overhead is consistent regardless of how many ports are in use — the dock draws 18W whether you connect one device or thirteen.
200 Mbps Card Readers
SD and TF readers at 200 Mbps. Most hubs in this category run card readers at 104 Mbps (UHS-I speed). 200 Mbps approaches UHS-II territory and handles faster SD cards from modern cameras without bottlenecking the card’s native speed. For photographers transferring large RAW files from a UHS-II card, the faster reader saves measurable time on every import. The LIONWEI 11-in-1 runs at 104 Mbps. The 13-in-1 nearly doubles that.
Three 10 Gbps USB Ports
Three USB 3.1 ports (USB-C and USB-A mix) at 10 Gbps. Two USB 2.0 ports at 480 Mbps for keyboard and mouse. The 10 Gbps ports handle external SSDs, fast peripherals, and USB-C accessories at Gen 2 speed. Three fast ports means three devices at full bandwidth simultaneously — the dock does not force you to choose which device gets speed and which gets bottlenecked.
3.9 Ounces: Hub Weight, Dock Port Count
At 3.9 oz, the LIONWEI 13-in-1 weighs less than a deck of cards but provides thirteen ports including triple display, Ethernet, card readers, and audio. The 7″ x 2.3″ footprint is slim enough for a laptop bag pocket. For a hub that provides desk-dock functionality at travel-hub weight, the 13-in-1 sits in a category where most competitors are either lighter with fewer ports or heavier with the same count.
Drawbacks
| Consideration | Detail |
|---|---|
| Mac: One Monitor Only | macOS extends to one external at 4K@30Hz. No triple display on Mac. |
| 82W, Not 100W to Laptop | Dock consumes 18W. High-power laptops charge below full speed. |
| MST Required for Triple | DP 1.4 with MST needed. Not all laptops support it. |
| Plug and Play Only | No driver option for Mac multi-display workaround. |
LIONWEI 13-in-1 vs LIONWEI 11-in-1
| Feature | 13-in-1 | 11-in-1 |
|---|---|---|
| DisplayPort | Yes (4K@60Hz) | No |
| HDMI | 2 | 2 |
| Triple Display (MST) | Yes | No (dual only) |
| SD/TF Speed | 200 Mbps | 104 Mbps |
| USB 10 Gbps | 3 | 3 |
| PD | 100W (82W usable) | 100W |
| Audio | Yes | Yes |
| Ethernet | Yes | Yes |
For the LIONWEI 11-in-1 review, see the LIONWEI 11-in-1 USB-C Dock review.
Who This Dock Is For
Windows users who need triple 4K@60Hz display with 10 Gbps USB, 200 Mbps card readers, Ethernet, audio, and 82W charging at under 4 ounces: The LIONWEI 13-in-1 provides thirteen ports with three video outputs, three fast USB, fast card readers, and full connectivity at a weight that disappears in the bag. MST for triple display on Windows. 18-month warranty. For dual display without DisplayPort, the LIONWEI 11-in-1 covers that at fewer ports.
Mac users who need triple display or buyers who need more than 82W charging: Mac extends one monitor only. 82W to the laptop after dock overhead. For Mac triple display, a DisplayLink dock provides that. For higher charging, a dock with its own power adapter provides more wattage. See the docking stations hub page.
Final Verdict
The LIONWEI 13-in-1 takes the 11-in-1 formula and adds a DisplayPort for triple display and nearly doubles the card reader speed to 200 Mbps. Thirteen ports with three at 10 Gbps, triple 4K@60Hz on Windows, Gigabit Ethernet, audio, and 82W charging from a 100W PD pass-through. At 3.9 ounces, it carries like a travel hub but performs like a desk dock. The comparison table against the LIONWEI 11-in-1 gives the buyer a clear upgrade path: if you need triple display or faster card reading, step up to the 13-in-1. If dual HDMI and standard card speed are sufficient, the 11-in-1 saves money with the same USB and Ethernet capability.
Frequently Asked Questions
Can I use triple display on Mac?
No. macOS extends to one external monitor at 4K@30Hz. Triple display through MST is Windows only.
Why does my laptop only get 82W from 100W PD?
The dock consumes 18W for its own operations. 82W passes through to the laptop regardless of how many ports are in use.
What is the difference between this and the LIONWEI 11-in-1?
The 13-in-1 adds a DisplayPort (triple display via MST), increases card reader speed from 104 Mbps to 200 Mbps, and has two more ports total. USB, Ethernet, audio, and PD are the same.
Are the card readers fast enough for UHS-II cards?
200 Mbps is close to UHS-II maximum (312 Mbps) but does not reach full UHS-II speed. It is nearly double the 104 Mbps UHS-I speed that most hubs provide.
Disclosure: As an Amazon Associate, I earn from qualifying purchases.
Docking Station Intelligence
The standards are confusing by design. These three panels decode what manufacturers won’t explain clearly. Applicable to every docking station.
The USB-C Confusion Matrix
The USB-C connector is the single greatest source of buyer confusion in docking stations. The physical plug looks identical whether it carries USB 2.0 at 480 Mbps or Thunderbolt 5 at 120 Gbps — a 250x difference in capability hidden behind the same shape. Manufacturers exploit this by labeling everything "USB-C compatible" without specifying which protocol runs through it. Two docks can look identical on the outside and behave completely differently once you plug them in.
The hierarchy matters because it determines everything: how many monitors your dock can drive, how fast files transfer, whether your laptop charges while docked, and whether you need third-party drivers. Here is the real capability ladder, from slowest to fastest:
The practical takeaway: if your laptop has Thunderbolt 4, buy a Thunderbolt dock. If it only has generic USB-C, verify whether it supports DisplayPort Alt Mode before buying anything with multi-monitor claims. Our buying guide walks through verification steps for every major laptop brand.
Power Delivery: What the Watts Mean
Power Delivery (PD) determines whether your docking station can charge your laptop while you work, or whether you need a separate charger cluttering your desk. The math is simple but rarely explained: your laptop draws a specific wattage under load, and the dock must match or exceed it. If the dock delivers less than your laptop needs, the battery slowly drains even while plugged in — defeating the purpose of a docking station entirely.
Most ultrabooks need 45–65W. Standard business laptops need 65–100W. Gaming and workstation laptops can demand 100–140W or more. The dock’s advertised PD wattage is the maximum it can deliver to your laptop — but this drops if you charge other devices (phones, tablets) through the dock simultaneously. Always leave a 15–20W margin above your laptop’s requirement.
Check your laptop’s original charger wattage — that’s your baseline. Our FAQ covers how to find this for every major brand.
Native Display vs DisplayLink: The Hidden Factor
This is the decision most buyers don’t know they’re making. When a docking station outputs video to your monitors, it uses one of two fundamentally different methods: native (the dock passes your laptop’s GPU signal directly to the monitor) or DisplayLink (the dock compresses video over USB and a software driver renders it). The difference is invisible in marketing materials but profoundly affects your daily experience.
Native output through DisplayPort Alt Mode or Thunderbolt uses your laptop’s actual graphics hardware. There is zero added latency, full DRM support for streaming services, no CPU overhead, and no driver to install. DisplayLink, by contrast, adds 5–15ms of latency (noticeable in video calls and cursor movement), blocks DRM content on connected monitors (Netflix, Disney+ show black screens), consumes 3–8% of your CPU constantly, and requires a driver that Apple’s macOS security updates occasionally break.
DisplayLink exists for one reason: Apple Silicon base chips (M1, M2, M3) can only drive one external display natively. If you need two or more monitors on a base MacBook Air or 13” MacBook Pro, DisplayLink is your only option. For everyone else — Windows users, Mac Pro/Max chip users, Intel/AMD laptops — native is always the better choice.
Native (Alt Mode / Thunderbolt)
DisplayLink (USB compression)
The bottom line: if your laptop supports native multi-display output, always choose a native dock. DisplayLink is a workaround, not an upgrade. See our glossary for detailed definitions.
COMMAND CENTERCOMMAND CENTER
Six tools that decode the confusion manufacturers create. Port protocols, power budgets, display configurations, compatibility, desk planning, and future-proofing. Full buying guide →
Port Protocol DecoderWhat does your connection type actually support? Glossary
Power Delivery CalculatorCan this dock keep your laptop charged?
Display Configuration PlannerCan your dock push enough pixels?
Laptop-to-Dock CompatibilityWill this dock work with YOUR laptop?
Desk Setup ArchitectWhat ports do you actually need?
Select everything you need to connect: