| 01 | Compact 4-in-1 Travel Adapter | Daily travel and basic laptop connectivity | 1 × HDMI 2 × USB-A 1 × USB-C PD | USB 3.2 Gen 1 on selected models; up to 5 Gbps | Usually up to 100 W input; approximately 85–90 W may reach the host after power conversion | Typically up to 4K at 30 Hz | No Ethernet or card reader | Approximately 90–125 mm; 45–80 g | Small footprint with the ports most travelers need | Limited port expansion and usually only one external display | Check the host device's USB-C video and charging support |
| 02 | 6-in-1 Office Adapter | Home office, presentations, and general productivity | HDMI 3 × USB-A USB-C PD SD/microSD | One USB 3.2 Gen 1 port plus USB 2.0 ports is common | Usually up to 100 W input | Commonly 4K at 30 Hz; some versions support 4K at 60 Hz | SD and microSD slots; no wired network on many versions | Approximately 105–145 mm; 70–120 g | Good balance between expansion, size, and cost | Shared internal bandwidth can reduce simultaneous transfer speeds | Confirm whether SD and microSD can be used simultaneously |
| 03 | 7-in-1 Multimedia Adapter | Photographers, content creators, and media transfers | HDMI 2 × USB-A USB-C Data USB-C PD SD microSD | USB 3.2 Gen 1 or Gen 2, depending on port; up to 10 Gbps on Gen 2 | Typically up to 100 W input | Up to 4K at 60 Hz on models using suitable HDMI hardware | Dedicated SD and microSD readers; useful for camera media | Approximately 110–155 mm; 80–140 g | Convenient media workflow without separate card readers | Card slots and USB ports may share the adapter's total bandwidth | Check supported card capacity, file-system compatibility, and sustained speeds |
| 04 | USB-C Adapter with Gigabit Ethernet | Hotels, offices, classrooms, and unreliable Wi-Fi environments | HDMI USB-A USB-C PD RJ45 Ethernet | Usually one USB 3.2 Gen 1 port plus one or more USB 2.0 ports | Commonly up to 100 W input | Typically up to 4K at 30 Hz | 10/100/1000 Mbps Ethernet; wired networking can reduce connection dropouts | Approximately 105–150 mm; 75–135 g | Provides stable wired internet and basic display output | Requires an Ethernet cable and may need driver support on some operating systems | Verify local network policies and operating-system compatibility |
| 05 | 8-in-1 Professional Adapter | Business users needing multiple connection types | HDMI VGA USB-A USB-C PD RJ45 SD/microSD | Usually up to 5 Gbps; USB-C data is not always included | Often up to 100 W input | HDMI commonly supports 4K at 30 Hz; VGA is generally limited to lower resolutions | Gigabit Ethernet and memory-card readers | Approximately 125–175 mm; 110–180 g | Handles older projectors, wired networks, displays, and cards | More ports mean a larger enclosure and greater heat generation | Check video-output combinations when HDMI and VGA are used together |
| 06 | Dual-Display USB-C Adapter | Extended desktop work with two external monitors | 2 × HDMI USB-A USB-C PD | Often includes one USB 3.2 Gen 1 port | Usually up to 100 W input | May support two 1080p displays; 4K support depends on host, chipset, and operating system | No card reader or Ethernet on compact versions | Approximately 115–165 mm; 90–160 g | Useful for spreadsheets, coding, trading, and multi-window workflows | Some systems mirror displays or require DisplayLink-type software for multiple screens | Confirm native multi-display support before purchase |
| 07 | High-Speed USB-C Data Adapter | External SSDs, docks, cameras, and large file transfers | 2–3 × USB-C USB-A Optional PD | USB 3.2 Gen 2 can reach 10 Gbps; USB4-class products can reach higher speeds with compatible devices | Optional; commonly up to 100 W on travel models | Usually no display output | No networking or card reader in the simplest configurations | Approximately 75–125 mm; 35–90 g | Prioritizes fast data access and modern USB-C peripherals | Advertised link speed is shared and real-world performance is lower than the theoretical maximum | Use certified cables and verify the speed of every connected device |
| 08 | Ethernet-Focused USB-C Adapter | Remote work, network testing, and wired internet access | RJ45 USB-A USB-C Data Optional PD | One USB 3.2 Gen 1 or Gen 2 port is common | Some models pass through up to 100 W; others do not support charging | Usually unavailable | Gigabit Ethernet is common; faster 2.5GbE versions require compatible network equipment | Approximately 65–115 mm; 35–85 g | Compact solution for stable wired connections | Network speed depends on the router, cable, adapter, and service plan | Check whether the network requires special authentication or drivers |
| 09 | USB-C to HDMI Video Adapter | Direct connection to a monitor, television, or projector | USB-C Input HDMI Output | Not designed for USB data expansion | Normally no power delivery | Common versions support 4K at 60 Hz; older versions may be limited to 4K at 30 Hz | No Ethernet or card reader | Approximately 35–75 mm; 20–55 g | Small, simple, and easy to pack for presentations | It cannot add USB ports, charging, or networking | Confirm that the USB-C source supports DisplayPort Alt Mode |
| 10 | Premium Desktop-Style USB-C Dock | Permanent workstation setup with several peripherals | HDMI/DisplayPort USB-A USB-C PD RJ45 Audio Card Reader | May include 5 Gbps, 10 Gbps, or USB4-class ports depending on configuration | Often supports up to 100 W host charging; the dock itself commonly uses a separate power adapter | Can support one or more displays; resolution and refresh rate vary widely | Gigabit or faster Ethernet, audio, and memory-card support are common | Approximately 150–220 mm; 250–700 g excluding the power adapter | Best connectivity for a desk-based setup | Less portable, more expensive, and more dependent on host-device compatibility | Check included power supply, plug type, voltage range, and regional warranty terms |