The Surface Pro 11 is Microsoft's thin 13-inch 2-in-1 tablet running on Snapdragon X Elite, and its port selection reflects a USB4-forward approach without Thunderbolt certification. Both USB-C / USB4 ports support DisplayPort 1.4a and data transfer at 40 Gbps, but there is no 3.5mm headphone jack on the device itself. The Surface Connect port enables docking with legacy Microsoft accessories. A proprietary Type Cover connector magnetically attaches the Surface keyboard accessories.
This Copilot+ PC runs on Intel Core Ultra Series 2 processors with built-in AI capabilities and a stunning 13-inch PixelSense Flow OLED display. Two Thunderbolt 4 ports deliver up to 40 Gbps data transfer each and support daisy-chaining external 4K displays — a major upgrade over earlier Surface Pro models. Charging works through either USB-C or the proprietary Surface Connect port, both accepting 65W or higher adapters. Notably absent are the headphone jack and microSD slot found on predecessors.
MOTU's M2 is a 2-in/2-out bus-powered USB-C audio interface with ESS Sabre32 Ultra converters and a 120 dB dynamic-range spec on outputs. Two front-panel XLR/TRS combo inputs take mic, line, or Hi-Z signals with 48V phantom. Two balanced 1/4-inch TRS outs drive studio monitors, with RCA outputs mirroring them for unbalanced gear, plus a front 1/4-inch headphone jack. Two 5-pin DIN MIDI sockets cover hardware integration. USB-C runs USB 2.0 protocol with 2.5 ms round-trip latency at 96 kHz.
MOTU's M4 is a 4-in/4-out bus-powered USB-C audio interface using the same ESS Sabre32 Ultra converters as the M2, with a 120 dB dynamic-range spec on outputs. Two front-panel XLR/TRS combo jacks take mic, line, or Hi-Z instrument with 48V phantom, and two rear 1/4-inch TRS inputs accept balanced line gear. Four balanced TRS outputs (with matching RCAs for unbalanced monitors) drive two independent speaker pairs or reamp rigs, plus a 1/4-inch headphone jack. Full 5-pin DIN MIDI I/O rounds out connectivity. USB-C runs USB 2.0 protocol.
MSI's compact 7-inch Claw AI+ crams dual USB-C—40Gbps USB4 and 10Gbps USB 3.2—into a tight chassis designed for single-hand gaming. Charging and video output work in parallel, so you can play on external 4K monitors without unplugging. The UHS-II microSD slot supports massive storage expansion, and the 3.5mm jack adds headset flexibility. Below is the complete port list.
Two upward-facing Thunderbolt 4 USB-C ports solve the original Claw's single-port limitation — one drives an eGPU while the other handles power and peripherals, or both supply simultaneous 4K display output. Maximum charging is 65W per port (45W during active gaming load). Intel's Lunar Lake platform is paired with Wi-Fi 7 and Bluetooth 5.4. No USB-A ports are on the handheld itself — a USB-C dock is the intended peripheral hub. This is the most TB4-capable gaming handheld in its class.
MSI's 8-inch Claw gaming handheld features dual USB-C—one USB4 at 40Gbps and one USB 3.2 at 10Gbps—enabling simultaneous charging and external display output. The larger screen makes 4K external monitors actually useful for docked play, and both ports support DisplayPort Alt Mode. UHS-II microSD expansion handles the largest game libraries without USB bottlenecks. Here's every port and the cables you'll need.
MSI's 2024 Claw brings dual USB-C—40Gbps USB4 and 10Gbps USB 3.2—for simultaneous charging and video output to external displays. The Intel Core Ultra CPU runs at lower TDP than the original, extending battery life for long gaming sessions. UHS-II microSD support handles rapid game installs, and the 3.5mm jack stays free for wired audio. Here's every port and the cables you'll need.
MSI's 2024 Claw brings dual USB-C—40Gbps USB4 and 10Gbps USB 3.2—for simultaneous charging and video output to external displays. The Intel Core Ultra CPU runs at lower TDP than the original, extending battery life for long gaming sessions. UHS-II microSD support handles rapid game installs, and the 3.5mm jack stays free for wired audio. Here's every port and the cables you'll need.
Built around Samsung's third-generation QD-OLED panel, this 26.5-inch display delivers 1440p at 240Hz with an incredible 0.03ms response time and vivid color covering 99% DCI-P3. Connectivity is streamlined to the essentials: dual HDMI 2.1 ports for console gaming and a single DisplayPort 1.4a for PC use. Unlike pricier OLED competitors, this model omits USB-C, USB hub, and KVM features to keep costs down. MSI's OLED Care 2.0 technology helps prevent panel burn-in.
A flat 32-inch 4K QD-OLED gaming panel running at 240Hz, with a single USB-C input that can charge a laptop at 90W while carrying video and data. Both HDMI ports are full HDMI 2.1 for 4K 120Hz gaming on PS5 or Xbox Series X. DisplayPort 1.4 with DSC handles the high-refresh PC workload. Note the USB hub runs at USB 2.0 speeds only — fine for mice and keyboards, but not ideal for external SSDs.
Nikon's third-generation full-frame hybrid mirrorless introduces a partially stacked sensor for dramatically improved autofocus and 6K internal recording at 60fps. The full-size HDMI Type A port is a huge advantage for video shooters — no fragile Micro HDMI adapters needed, and it outputs clean 4K 60p with 10-bit N-Log for professional color grading. USB-C runs at 10Gbps (USB 3.2 Gen 2) for fast tethering and supports USB PD charging. A dedicated line-in port alongside the standard mic input improves on-camera audio quality for run-and-gun filmmaking.
Nikon's flagship-grade mirrorless packs the same 45.7MP stacked sensor as the Z9 into a smaller DSLR-sized body, delivering 8K 60p internal recording and 120fps at 4K. The dual USB-C port design is unique among mirrorless cameras — one port handles high-speed data transfer and tethering at USB 3.2 Gen 2 speeds, while the second provides dedicated USB Power Delivery for continuous shooting without battery drain. A full-size HDMI Type A port outputs clean video including N-RAW to Atomos recorders for external recording workflows.
Nikon's retro-styled full-frame mirrorless blends heritage design with modern internals, sharing the Z6 II's proven 24.5MP sensor but adding Nikon's latest EXPEED 7 processor for improved autofocus and 4K 120p recording. Unlike the Z6 III and Z8, the Zf uses a Micro HDMI (Type D) connector — a concession to the compact retro body that requires a cable clip for secure video recording setups. USB-C provides 10Gbps transfer speed and in-camera charging via USB Power Delivery. The HDMI output delivers clean 4K 60p with 10-bit N-Log and HLG support for professional color workflows.
This iconic 64-bit console uses a proprietary AV Multi Out connector for composite and S-Video, supporting up to 480i resolution. For modern TVs, you'll need a third-party adapter to get a usable picture — the original composite cable looks noticeably soft and blurry on contemporary displays. The four built-in controller ports made local multiplayer the system's signature feature, with support for controller Paks and Rumble Paks for expanded functionality. Here's the complete port breakdown.
The redesigned AV Famicom adds proper composite video output to Japan's Famicom, replacing the RF-only connector on the original model. The detachable controllers and superior video quality made this the preferred retro way to play Famicom games before HDMI adapters became common. The cartridge slot remains a top-loader, and power consumption stays around 3.6W. Below is the full connector layout.
The original Nintendo Entertainment System uses a 72-pin proprietary cartridge slot and connects via RF output on the front panel. For composite video on modern TVs, you'll need an aftermarket adapter cable — the RF output produces muddy, dim picture quality that wastes the NES's actual capabilities. The four controller ports on the bottom accept standard NES controllers or a four-player multitap for local multiplayer gaming. Here's the complete port breakdown.
Nintendo's original Family Computer connects exclusively through RF or, on later models, a proprietary connector for composite video. The two integrated controllers are hardwired to the console — you'll need a multitap to add more controllers for multiplayer. Cartridges load from the top-loading slot, and the system draws about 3.6W of power. Below is the full connector layout and everything you'll need.
Nintendo's GameCube connects via the same proprietary Multi AV Out port found on the N64, supporting composite, S-Video, and RGB. For modern TVs, you'll want a third-party HDMI or component adapter cable — native composite output looks soft on contemporary displays. The three USB 2.0 ports on the front accept GameCube controllers, with support for memory cards in the two dedicated memory card slots on the bottom. Here's the complete port breakdown.
Nintendo's GameCube connects via the same proprietary Multi AV Out port found on the N64, supporting composite, S-Video, and RGB. For modern TVs, you'll want a third-party HDMI or component adapter cable — native composite output looks soft on contemporary displays. The three USB 2.0 ports on the front accept GameCube controllers, with support for memory cards in the two dedicated memory card slots on the bottom. Here's the complete port breakdown.
This redesigned NES Top Loader swaps the cartridge slot to a front-loading design and adds a composite video output jack, eliminating RF entirely. The composite output delivers noticeably sharper picture than the original NES, though you'll still want a modern HDMI converter for display on contemporary TVs. The controller ports remain on the bottom with support for a four-player multitap. Here's every port and cable you'll need.
Nintendo's original Switch blends handheld and home gaming through a hybrid docking design—the portable device connects to a dock via USB-C for TV output. The USB-C port handles charging at up to 39W, video output via USB 3.1 Alt Mode, and data transfer. Two Joy-Con controllers attach magnetically to the sides or dock in the controller grip for traditional gamepad play. Here's the complete port breakdown.
Nintendo's next-gen console brings a massive connectivity leap with two USB-C ports, 4K@60Hz docked output, and built-in Gigabit Ethernet in the dock. The bottom USB-C port supports USB 3.2 data speeds and DisplayPort Alt Mode for direct video output without the dock, plus USB Power Delivery up to 60W. The dock's HDMI port supports 4K@60Hz with HDR — a huge upgrade from the original Switch's 1080p limit. Note that the HDMI version is debated: teardowns suggest HDMI 2.1 hardware, but Nintendo's official specs only confirm 4K@60Hz output.
Nintendo's Switch 2 improves the hybrid docking design with faster performance and a larger screen, maintaining the same USB-C port design for charging and video output. The USB 3.1 Alt Mode supports up to 15W USB Power Delivery; dock attachment uses the same connector as the original Switch for backward compatibility with many third-party docks. Two redesigned Joy-Con controllers attach magnetically and include enhanced haptic feedback. Here's the complete port breakdown.
