Framework Laptop 16 Gets Royalty-Free Oculink Port

Key Takeaways

• Framework will release an Oculink Dev Kit for the Framework Laptop 16 later this year
• Oculink is royalty-free and offers speeds exceeding 120Gbps, comparable to Thunderbolt and USB4
• The move could boost Oculink adoption across the laptop and peripheral industry

What Framework Announced

Framework, the company known for its repairable and upgradeable laptops, has confirmed plans to create an Oculink Dev Kit. The company will add an Oculink port to the Framework Laptop 16 later this year.

Oculink is an open-source connection standard. It allows laptop users to connect eGPUs, NVMe drives, and other high-speed peripherals at speeds exceeding 120Gbps. That puts it in the same performance category as Thunderbolt and USB4.

The key difference? Oculink is royalty-free. Companies can use it without paying licensing fees, similar to DisplayPort.

Why Oculink Has Struggled

Thunderbolt has been the default high-speed external connection for portable computers. Intel CPUs have Thunderbolt built in. AMD Ryzen laptops use USB4, which offers equivalent functionality.

Including Thunderbolt means paying licensing fees to Intel. That cost gets passed to consumers or cuts into margins. Oculink avoids this entirely.

Despite the cost advantage, Oculink never gained traction. Host PCs didn't include it. Device manufacturers didn't build for it. Even dock makers largely ignored it. The chicken-and-egg problem kept Oculink on the sidelines.

Framework's Role in Changing This

Framework occupies a unique position in the laptop market. Its modular design philosophy attracts users who care about repairability, longevity, and avoiding vendor lock-in. These users are often early adopters willing to try alternatives to mainstream standards.

By releasing an Oculink Dev Kit, Framework gives peripheral makers a reason to support the standard. If enough Framework users buy Oculink accessories, other laptop makers might follow.

This follows Framework's recent announcement of its first modular laptop with a touchscreen. The company continues to push boundaries in laptop design.

Oculink vs Thunderbolt vs USB4

All three standards serve the same purpose: connecting portable computers to high-bandwidth peripherals. External GPUs, fast storage arrays, and professional video equipment all benefit from these connections.

Oculink's optical fiber connection gives it raw speed advantages. But speed alone hasn't been enough to overcome the network effects that favor established standards.

What This Means for eGPU Users

External GPUs have always been a niche product. The main barriers are cost, complexity, and bandwidth limitations. A faster, cheaper connection standard addresses one of those problems.

Framework Laptop 16 users who want desktop-class graphics performance could benefit from Oculink's higher throughput. Whether peripheral makers will build Oculink eGPU enclosures remains to be seen.

The Broader Industry Impact

Framework's move won't immediately change the industry. Thunderbolt and USB4 are entrenched. Most users don't think about connection standards when buying laptops.

But Framework has influence beyond its market share. The company's decisions get coverage in tech media. Its community of enthusiasts tends to be vocal. A successful Oculink implementation could pressure other manufacturers to reconsider the standard.

For laptop makers paying Thunderbolt licensing fees, a viable royalty-free alternative has obvious appeal. They just need someone else to prove it works first.

Frequently Asked Questions

What is Oculink and how does it compare to Thunderbolt?

Oculink is an open-source, royalty-free connection standard that offers speeds exceeding 120Gbps. It performs comparably to Thunderbolt but without licensing fees.

When will Framework add Oculink to its laptops?

Framework plans to release an Oculink Dev Kit and add Oculink support to the Framework Laptop 16 later this year.

Can I use Oculink for external GPUs?

Yes, Oculink supports eGPUs, NVMe drives, and other high-speed peripherals. However, you'll need peripherals that support Oculink, which are currently rare.

Why hasn't Oculink been widely adopted?

Oculink faced a chicken-and-egg problem. Without host devices supporting it, peripheral makers didn't build for it. Without peripherals, device makers didn't include it.

Will Oculink replace Thunderbolt?

Not soon. Thunderbolt is deeply established, especially on Intel systems. Oculink could become a viable alternative for cost-conscious manufacturers, but widespread replacement is unlikely in the near term.

Source: How-To Geek