
I have spent the last 18 months testing Thunderbolt docks in our video editing studio. We edit 4K and 8K footage daily using DaVinci Resolve, Premiere Pro, and Final Cut Pro. Through hundreds of hours of real-world use, I have learned which docks can handle the bandwidth demands of professional video workflows.
Our team recently upgraded to Thunderbolt 5 laptops. We also have older Thunderbolt 4 machines still in active use. This gives us a unique perspective on what works across different generations of hardware and software.
The best Thunderbolt docks for video editing are not just about port count. You need reliable power delivery to keep your laptop charged during intensive renders. You need consistent bandwidth for external NVMe storage and RAID arrays. You need stable display output for color-accurate monitoring. After testing over 20 docks, these are the 10 that actually deliver for creative professionals.
Here are our top three recommendations if you want the best performance for your video editing workflow. Each excels in a different category depending on your needs and budget.
This comparison table shows all 10 docks we tested side by side. We focused on the specs that matter most for video editing workflows. These include display support, power delivery, and port selection for your peripherals.
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CalDigit TS4
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Anker Prime TB5
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Plugable 16-in-1
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Plugable TBT4-UD5
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Kensington SD5800T
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Dell SD25TB4 Pro
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OWC Thunderbolt Go
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StarTech.com TB4
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Dell WD22TB4
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Anker Prime USB-C
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18 ports total
98W power delivery
Dual 6K 60Hz or single 8K 30Hz
2.5GbE Ethernet
SD 4.0 UHS-II and microSD readers
Weight: 1.4 lbs
Universal Thunderbolt 4/3, USB4, USB-C compatibility
We have been using the CalDigit TS4 as our primary dock in the main editing bay for over 14 months. It has handled everything from 8K RED footage to multi-cam 4K timelines without a single hiccup. The 98W power delivery keeps our 16-inch MacBook Pro charged even during intensive renders.
The 2.5GbE Ethernet port is a game-changer for our NAS workflow. We can scrub through 4K ProRes proxies directly from our network storage without dropped frames. Standard gigabit docks would stutter and buffer during playback.

The SD 4.0 UHS-II card reader ingests footage from our Canon C70 at over 300MB/s. That is fast enough to copy a full 128GB card in under 7 minutes. We no longer need a separate card reader taking up desk space.
The aluminum chassis stays cool even during all-day editing sessions. We have left it running 24/7 for weeks at a time during crunch periods. No thermal throttling, no connection drops, no stability issues.

Professional video editors and colorists who need maximum connectivity should buy the TS4. If you run a multi-monitor setup with external storage and need reliable performance, this is the dock to beat. The 18 ports eliminate the need for additional hubs or adapters.
Studio owners will appreciate the clean cable management possible with this single-cable solution. You can hide the dock behind your monitor and run just one cable to your laptop.
Base model M1, M2, and M3 Macs are limited to single external display. This is an Apple hardware limitation, not a dock issue. If you have a base MacBook Air, you will only get one external monitor regardless of which dock you choose.
The price is significantly higher than budget alternatives. You are paying for reliability and port density. For professional workflows where downtime costs money, the investment is worth it.
Thunderbolt 5 with 120Gbps max transfer
140W PD 3.1 charging
Up to 8K 60Hz single or dual display
Active cooling system
2.5GbE Ethernet
14 ports total
Weight: 2.37 lbs
We tested the Anker Prime TB5 with a new M4 Pro MacBook Pro during a recent documentary project. The 120Gbps bandwidth made a noticeable difference when working with 8K RED files on an external NVMe RAID. Scrubbing through timelines felt as responsive as working from internal storage.
The active cooling system is more than a gimmick. We monitored temperatures during a 4-hour 8K render session. The dock stayed within normal operating range while a passive TB4 dock we tested simultaneously reached concerning temperatures.

The 140W power delivery is a standout feature for Windows users with gaming laptops. Our ASUS ROG Strix Scar maintained full performance while charging through this dock. Lesser docks with 90W or 100W delivery would cause the laptop to throttle or drain battery during intensive tasks.
The ambient lighting is subtle and professional. It adds a nice touch to your desk without being distracting. You can disable it if you prefer a cleaner look.

Early adopters with Thunderbolt 5 laptops should invest in this dock. If you work with 8K footage or need maximum future-proofing, the extra bandwidth pays off. Content creators with high-end gaming laptops will benefit from the 140W charging capability.
Video editors who transfer massive files between external drives will save significant time. The 120Gbps speed difference becomes noticeable when moving terabytes of footage.
Thunderbolt 5 is still emerging technology. Many laptops do not support it yet. If you have a Thunderbolt 4 or USB4 machine, you will not see the full speed benefits. The dock is backward compatible but operates at the host’s maximum speed.
The rear panel has limited USB-C ports. If you run dual monitors via USB-C DisplayPort Alt Mode, you may exhaust the available ports quickly. Plan your cable layout accordingly.
16-in-1 port design
100W Power Delivery certified to UL standards
Dual 4K 60Hz on M4/M5 Macs and Windows
2x HDMI and 2x DisplayPort
2.5GbE Ethernet
SD and microSD card slots
The Plugable 16-in-1 has been our go-to recommendation for freelancers and independent creators since we first tested it in early 2025. It delivers 95% of the TS4’s functionality at a significantly lower price point. The dual HDMI ports are native GPU outputs, not compressed DisplayLink signals.
We used this dock for a 3-week on-location documentary shoot. It traveled in a pelican case and held up perfectly. The ability to connect two 4K monitors plus external storage and still charge the laptop from a single cable simplified our mobile setup dramatically.

The SD and microSD slots support UHS-II speeds up to 312MB/s. For photographers who also shoot video, this is essential. You can ingest photo RAWs and video footage without swapping cards or readers.
Plugable’s customer support is genuinely excellent. We contacted them with a technical question about Linux compatibility and received a detailed response from an engineer within hours. That level of support is rare in this category.

Content creators who need dual monitors and extensive connectivity without breaking the bank should choose this dock. It hits the sweet spot of features, reliability, and price. The award recognition confirms what our testing found.
Users who value customer support and documentation will appreciate Plugable’s approach. Their setup guides and troubleshooting resources are among the best we have seen.
The build quality is functional but not premium. The plastic chassis does not feel as solid as the CalDigit or Anker options. For stationary desk use this is irrelevant, but mobile users should pack it carefully.
Mac users with base M1, M2, or M3 chips (non-Pro/Max) are limited to single display output. This is an Apple limitation, not a dock issue. Verify your Mac model before purchasing if dual monitors are essential.
Intel Evo certified
Wirecutter Best Thunderbolt Dock 2025
100W Power Delivery (96W certified)
Dual 4K 60Hz or single 8K via HDMI
13 ports including front Thunderbolt 4
SD and microSD readers on front panel
The TBT4-UD5 is the dock Wirecutter named their best pick for 2026, and our testing confirms why. It prioritizes display quality over port count. The native HDMI outputs connect directly to your GPU for uncompressed, lag-free video.
We tested this dock with a color-critical grading monitor. DisplayLink docks sometimes introduce subtle color banding or latency. The Plugable’s direct GPU connection delivered perfect 10-bit color without artifacts.

The front-mounted Thunderbolt 4 port is surprisingly useful. We keep a Samsung T7 Shield attached for quick project backups. No need to reach behind the desk to connect temporary drives.
Stability has been rock-solid over 8 months of daily use. No random disconnections, no sleep/wake issues, no monitor flicker. It just works every morning when we plug in.

Video editors who prioritize display quality and color accuracy should choose this dock. If you use a color-calibrated monitor for grading or finishing, the native GPU output is essential. Gaming enthusiasts will also appreciate the lag-free performance.
Users who frequently connect temporary external drives will love the front Thunderbolt port. It saves reaching behind your desk multiple times per day.
The front-mounted host connection is polarizing. Some users prefer rear connections for cleaner cable routing. We adapted quickly, but desk layout matters here.
The gigabit Ethernet is a limitation for heavy NAS users. If you work with shared storage regularly, the 2.5GbE options on other docks provide noticeably better performance.
16-in-1 design with 17 total ports
Quad 4K 60Hz support on Windows
Dual 6K 60Hz on MacBook Pro/Max
100W charging (98W certified)
2.5Gbps Ethernet
UHS-II SD and Micro SD card readers
Weight: 1.3 lbs
The Kensington SD5800T is the only dock in our roundup that supports four 4K displays simultaneously on Windows. For financial traders and data analysts this is overkill. For video editors who want a dedicated fullscreen preview monitor plus editing interface, scopes, and bins spread across screens, it is transformative.
We tested the quad display setup with a Dell Precision workstation. Four 27-inch 4K monitors at 60Hz all ran smoothly. Timeline playback remained smooth even with three scopes panels open on separate displays.

The UHS-II card readers support the latest high-speed SD and microSD cards. If you shoot with drones or action cameras that use microSD, having both formats built-in saves adapter hunting.
The included DockWorks software provides firmware updates and configuration options. Most docks require manual driver updates. Kensington’s utility automates this process.

Power users who need maximum display connectivity should consider this dock. Windows users running quad-monitor setups have few alternatives. Creative professionals using multiple monitors for interface panels will benefit significantly.
Linux users report good compatibility despite Kensington not officially supporting the platform. If you run a mixed OS environment, this flexibility is valuable.
Mac users need to follow a specific connection sequence for optimal performance. Connect the dock to power first, then attach displays, then connect the laptop. This is documented but easy to overlook.
Some AMD USB4 systems require passive cables rather than active ones. Verify your laptop’s USB implementation before purchasing if you use AMD hardware.
Modular Dell Dock design with swappable modules
180W power adapter - highest in class
Supports up to 8K display output
40 GB/s data transfer speed
3-Year warranty included
2x DisplayPort 1.4 plus 1x HDMI 2.0
Cross-platform compatibility
The Dell SD25TB4 Pro carries a 4.8 out of 5 rating from nearly 100 users. That is the highest rating of any dock in our roundup. The build quality justifies the premium price. This is enterprise-grade hardware designed for 24/7 operation.
The 180W power adapter is the most powerful in our comparison. Mobile workstations like the Dell Precision 7780 or Lenovo ThinkPad P1 that normally require proprietary docking solutions can charge fully through this dock. No battery drain during renders.

The modular design allows Dell to release updated connection modules. When new display standards emerge, you may only need to replace a module rather than the entire dock. This extends the useful lifespan significantly.
We tested this dock in our studio for 6 weeks. It never required a reboot, reconnection, or troubleshooting. The stability is remarkable even under heavy sustained loads.

Professional studios and enterprise environments should standardize on this dock. The 3-year warranty and industrial build quality minimize downtime. If your business depends on reliable connectivity, the premium is justified.
Users with power-hungry mobile workstations that other docks cannot fully charge should consider this option. The 180W adapter handles anything currently on the market.
The lack of an SD card reader is a significant omission for video editors. You will need a separate card reader or USB adapter. This adds desk clutter and another point of failure.
The gigabit Ethernet is disappointing at this price point. 2.5GbE has become standard on premium docks. Network performance is limited compared to competitors.
Built-in power supply - no external power brick
Intel Thunderbolt Share enabled with license included
90W Power Delivery to host computer
SD 4.0 UHS-II card reader
2.5GbE Ethernet port
Supports 8K 60Hz or dual 4K 60Hz
Weight: 2.1 lbs
11 ports total
The OWC Thunderbolt Go Dock eliminates the most annoying part of docking stations: the massive power brick. Everything is self-contained in a compact chassis. This makes it ideal for editors who split time between home and client offices.
We have used this dock on location for 6 months. Throwing it in a backpack without a separate power supply is liberating. The built-in power supply is just as reliable as external bricks in our experience.

The included Intel Thunderbolt Share license enables direct Mac-to-Mac file transfers. During a recent collaboration, we transferred 500GB of project files directly between two MacBooks at 40Gbps. No network, no external drive, just a Thunderbolt cable between machines.
OWC has a long history in the Mac ecosystem. Their docks consistently work flawlessly with macOS updates. We have never experienced driver issues or compatibility problems with new OS releases.

Mobile editors and freelancers who travel frequently should strongly consider this dock. The absence of a power brick simplifies packing significantly. The Thunderbolt Share feature is a bonus for collaborative workflows.
Mac users who prioritize ecosystem compatibility will appreciate OWC’s track record. They understand macOS better than most competitors.
The 90W power delivery is a limitation for some users. 16-inch MacBook Pros can consume more than 90W during intensive renders. The battery will slowly discharge during sustained heavy loads, though it recharges during normal use.
The front-mounted host connection is polarizing. Some users love the easy access. Others find it creates cable clutter on the front of their desk.
Universal USB4 and Thunderbolt 4 compatibility
Quad 4K 60Hz on Windows (with DP 1.4 DSC)
Dual extended 4K 60Hz on Mac M3/M4
98W Power Delivery
17 total ports including 2x HDMI, 2x DP, 7x USB
Driverless plug-and-play operation
3-Year warranty
Weight: 0.44 lbs - lightest in class
StarTech.com built their reputation on IT-grade connectivity solutions. This dock continues that tradition. The quad 4K support on Windows is unique in our roundup. No other dock supports four displays at full resolution and refresh rate.
We tested the quad display setup with a Windows workstation running Premiere Pro. Spreading the editing interface, Lumetri scopes, project panel, and fullscreen preview across four monitors transformed the editing experience. No more panel juggling or overlapping windows.

The driverless operation is genuinely plug-and-play. Windows recognizes all functions immediately without downloading drivers or utilities. IT departments will appreciate the simplicity of deployment across multiple machines.
At 0.44 pounds, this is the lightest full-featured Thunderbolt 4 dock we have tested. The compact size fits easily in a laptop bag for mobile use.

Windows power users who need maximum display connectivity should choose this dock. Financial analysts, data scientists, and video editors running Windows benefit from the quad 4K support. The driverless operation appeals to IT-managed environments.
Users who prioritize portability will appreciate the lightweight design. It travels well without sacrificing connectivity options.
Mac users are limited to dual displays regardless of hardware. This is a macOS limitation, not a hardware issue. If you primarily use Macs, other docks offer better value for your specific needs.
The plastic construction feels less premium than aluminum alternatives. For stationary desk use this is irrelevant, but mobile users should handle it with care.
Modular design with swappable end pieces
130W Power Delivery ideal for gaming laptops
40Gbps Thunderbolt 4
2x DisplayPort 1.4 plus 1x HDMI 2.0
Dual/Triple monitor support
3-Year warranty
Cross-platform compatibility with Windows, macOS, Ubuntu, Chrome OS
The Dell WD22TB4 shares the modular design philosophy of the SD25TB4 Pro but at a lower price point. The 130W power delivery hits a sweet spot for most users without the premium cost of the 180W model.
We tested this dock with a Dell XPS 15 running DaVinci Resolve. The laptop maintained full performance while charging through the dock. Cheaper docks with 90W delivery would cause thermal throttling under the same load.

The cross-platform compatibility is comprehensive. We tested with Windows 11, macOS Sonoma, and Ubuntu 24.04. All functioned properly without driver installation on any platform.
The modular end pieces allow Dell to release updated connection modules. This extends the useful lifespan as display standards evolve.

Dell laptop owners should consider this dock first. The optimization for Dell hardware ensures maximum compatibility. Users who need guaranteed cross-platform support will appreciate the broad OS compatibility.
Budget-conscious buyers who want modular upgradeability should consider this over the SD25TB4 Pro. You get 80% of the functionality at a lower price point.
The limited review count means less real-world validation than established competitors. Early reviews are positive but the sample size is small.
The non-detachable USB-C cable to the PC is a potential failure point. If the cable frays or breaks, the entire dock may need service rather than just replacing a cable.
14-in-1 connectivity solution
160W total output with 100W max per USB-C port
10Gbps data transfer rate
Dual HDMI ports for dual displays
Real-time smart interface display
Front USB-C and USB-A charging ports
Weight: 1.28 kg
We need to be clear: this is not a Thunderbolt dock. The Anker Prime USB-C Dock uses USB-C with 10Gbps speeds, not Thunderbolt 4’s 40Gbps. We included it because some video editors do not need the full bandwidth of Thunderbolt and want to save money.
For editing 1080p or light 4K footage from internal storage, this dock performs adequately. The 10Gbps speed handles most peripherals without issues. The 160W total output with 100W per port actually exceeds some true Thunderbolt docks for charging capability.

The smart interface display shows real-time power draw and data speeds. This is genuinely useful for troubleshooting. You can verify that your laptop is receiving full charging wattage at a glance.
Windows users with modest connectivity needs will find this dock provides excellent value. The port selection is comprehensive for the price point.

Budget-conscious Windows users who do not need Thunderbolt speeds should consider this dock. If you edit 1080p footage or primarily work from internal storage, the 10Gbps bandwidth is sufficient. The high power output is surprising at this price.
Users who want an informative display showing system status will appreciate the smart interface. It adds useful visibility without software installation.
Mac users should avoid this dock. macOS only supports mirrored displays, not extended desktop mode. This makes it unsuitable for multi-monitor Mac workflows.
The lack of SD card reader and DisplayPort output limits its utility for professional video work. You will need additional adapters for camera media and professional monitors.
Selecting the right dock for your video editing workflow requires understanding several key factors. We have identified the specifications that actually matter for creative professionals. This guide will help you prioritize based on your specific needs.
Thunderbolt 4 provides 40Gbps of bandwidth. Thunderbolt 5 doubles this to 80Gbps, with some implementations reaching 120Gbps. For most 4K editing workflows, Thunderbolt 4 is completely adequate. You can edit 4K ProRes 422 footage from external NVMe storage without bottlenecking.
Thunderbolt 5 becomes relevant for 8K workflows or when running multiple high-bandwidth devices simultaneously. If you edit 8K RED or Blackmagic RAW while also accessing a fast RAID array, the extra bandwidth prevents contention.
Consider your laptop’s capabilities first. Thunderbolt 5 docks are backward compatible with Thunderbolt 4 ports, but you will only achieve the host port’s maximum speed. Buying a Thunderbolt 5 dock for a Thunderbolt 4 laptop provides no speed benefit.
Video editing workflows benefit from multiple displays. A typical setup includes the editing interface on one monitor, fullscreen preview on another, and scopes or bins on a third. Some editors add a dedicated reference monitor for color grading.
Mac users face display limitations based on their chip. Base M1, M2, and M3 Macs support only one external display regardless of dock capability. M1 Pro/Max, M2 Pro/Max, M3 Pro/Max, and all M4 models support dual displays. Some docks support triple displays on newer Macs.
Windows users generally have more flexibility. Many docks support dual 4K 60Hz displays on Windows, and some support triple or quad setups. Check specific dock capabilities if you run more than two monitors.
Power delivery wattage matters significantly for video editing. Laptops consume substantial power during renders and exports. If the dock provides insufficient power, the battery will drain even while plugged in.
13-inch and 14-inch laptops generally work fine with 90W to 100W delivery. 16-inch MacBook Pros and mobile workstations may need 130W to 180W for sustained performance. Check your laptop’s power requirements before selecting a dock.
Gaming laptops and mobile workstations are the most power-hungry. Standard ultrabook docks with 60W or 90W will not maintain battery levels during intensive tasks. Consider the Dell SD25TB4 Pro with 180W if you use high-performance hardware.
Video editors need specific ports beyond basic connectivity. An SD card reader is essential for ingesting camera media. UHS-II support provides speeds over 300MB/s for fast transfers from high-end cameras.
Ethernet connectivity matters for shared storage workflows. 2.5GbE is becoming standard on premium docks and provides 2.5x the speed of gigabit Ethernet. If you access NAS or shared storage regularly, prioritize 2.5GbE.
USB ports should include both USB-C and USB-A for device compatibility. Front-mounted ports are convenient for temporary connections like card readers and backup drives. Rear ports should handle permanent connections like keyboards and storage.
External storage performance depends on the connection protocol and dock implementation. Thunderbolt 4 and 5 provide 40Gbps or more bandwidth, but the actual storage performance varies by device.
Thunderbolt NVMe enclosures can achieve 2800MB/s read speeds. USB 3.2 Gen 2 enclosures max out around 1000MB/s. Both are adequate for 4K editing, but Thunderbolt storage provides more headroom for 8K or multi-cam workflows.
Daisy-chaining through Thunderbolt ports preserves bandwidth for each device. Connect your fastest storage directly to the dock’s Thunderbolt ports. Slower peripherals can use USB ports without affecting storage performance.
Most Thunderbolt 4 and 5 docks work with both Mac and Windows. However, implementation details vary. Some features like dual display support depend on operating system capabilities rather than dock hardware.
Mac users should verify their specific model’s display limitations. Base MacBook Airs have different capabilities than Pro or Max models. Dock manufacturers cannot overcome Apple’s hardware limitations.
Windows users generally have more flexibility but may need specific drivers for some features. Driverless docks simplify deployment but may lack configuration utilities. Consider whether you need software control over dock functions.
The CalDigit TS4 is our top recommendation for professional video editing. It offers 18 ports, 98W charging, dual 6K 60Hz display support, 2.5GbE Ethernet, and UHS-II SD card readers. For Thunderbolt 5 users, the Anker Prime TB5 provides future-proof 120Gbps bandwidth and 140W charging. The best choice depends on your specific workflow, laptop capabilities, and budget.
Thunderbolt 5 is worth the premium if you edit 8K footage, use multiple high-bandwidth devices simultaneously, or have a Thunderbolt 5 laptop. For 4K editing workflows, Thunderbolt 4 provides adequate 40Gbps bandwidth. The 80-120Gbps speeds of Thunderbolt 5 primarily benefit 8K workflows, external RAID arrays, and future-proofing your setup.
Thunderbolt 4 docks typically support dual 4K 60Hz displays. Some advanced docks support triple or even quad 4K displays on Windows. Mac users are limited by their chip: base M1/M2/M3 Macs support one external display, while Pro/Max models and M4 chips support dual displays. Thunderbolt 5 docks may support even more displays on compatible hardware.
A Thunderbolt dock significantly improves video editing workflows by enabling multi-monitor setups, fast external storage access, and simplified cable management through a single connection. While not strictly required, professional editors benefit from the expanded connectivity and bandwidth. USB-C docks are cheaper alternatives but lack the speed and reliability of Thunderbolt for demanding workflows.
Yes, most Thunderbolt 4 and 5 docks work with both Windows PCs and Macs. Windows laptops with Thunderbolt 4 or 5 ports enjoy full compatibility. Some docks offer Windows-specific features like quad display support. Verify your PC has a Thunderbolt port rather than just USB-C, as they are not interchangeable despite using the same connector.
Essential ports for video editing include: UHS-II SD card reader for camera media, 2.5GbE Ethernet for shared storage, multiple USB ports for peripherals, DisplayPort or HDMI for monitors, and Thunderbolt downstream ports for storage. Optional but useful features include microSD readers, audio jacks, and Kensington lock slots for security.
A quality Thunderbolt dock will not slow down your external SSD. Thunderbolt 4 provides 40Gbps bandwidth, sufficient for multiple NVMe drives at full speed. However, connecting through USB-A ports or USB-C ports without Thunderbolt may limit speeds to 5Gbps or 10Gbps. Use Thunderbolt downstream ports or USB 3.2 Gen 2 ports for maximum SSD performance.
The best Thunderbolt docks for video editing combine reliable power delivery, abundant connectivity, and stable performance under sustained loads. After testing over 20 docks across thousands of editing hours, we are confident in our recommendations.
The CalDigit TS4 remains our top choice for most professional editors. The 18 ports, 98W charging, and 2.5GbE Ethernet handle virtually any workflow. If you need cutting-edge speed, the Anker Prime TB5 delivers Thunderbolt 5 performance with 140W charging. Budget-conscious creators will find excellent value in the Plugable 16-in-1 dock.
Consider your specific needs when choosing. Mac users should verify their chip’s display limitations. Windows users needing quad displays should look at the Kensington SD5800T or StarTech.com dock. Mobile editors will appreciate the OWC Thunderbolt Go’s lack of power brick.
Whichever dock you choose, investing in quality Thunderbolt connectivity will transform your video editing workflow. The single-cable connection, expanded display options, and fast external storage access are game-changers for creative professionals. Choose the dock that fits your workflow, and get back to focusing on your creative work.