Hexagon Semi’s HX77 AR Display Processor Achieves Ultra-Low Power Consumption with VeriSilicon’s Nano IP Portfolio

Why It Matters

The breakthrough demonstrates that ultra‑low‑power, high‑resolution AR displays are now feasible, accelerating product timelines for smart‑glass manufacturers and expanding the wearable market.

Key Takeaways

• HX77 delivers 2K@60fps with milliwatt power
• No external DDR reduces latency and energy
• VeriSilicon IP enables dual 1080p independent displays
• RISC‑V architecture powers heterogeneous computing for AR glasses
• First‑pass silicon tape‑out validates design goals

Pulse Analysis

The augmented‑reality (AR) ecosystem has long been constrained by the power‑budget of wearable devices. Battery capacity, heat dissipation, and form‑factor limits force designers to compromise on resolution or frame rate. Hexagon Semi’s HX77 processor addresses this bottleneck by leveraging a RISC‑V core coupled with VeriSilicon’s Nano IP suite, delivering 2K video at 60 fps while drawing only milliwatts. This level of efficiency opens the door for longer‑lasting AR glasses that can handle demanding visual workloads without frequent charging.

Technically, the HX77’s advantage stems from tightly integrated GPU, DeWarp, and display‑processing blocks that share a unified memory fabric, removing the need for external DDR. The GCNanoUltraV GPU provides high‑throughput rendering, while the DW100 DeWarp IP corrects lens distortion in real time, preserving visual fidelity. The DC9200Nano display engine supports multiple interfaces—MIPI, LVDS, DP/eDP—and can drive dual 1080p panels independently. This subsystem‑level integration not only cuts latency but also simplifies board design, reducing component count and overall system cost for AR/VR manufacturers.

From a business perspective, the successful first‑pass silicon tape‑out validates Hexagon Semi’s strategy to partner with IP specialists like VeriSilicon, accelerating time‑to‑market for AI‑enabled wearables. The collaboration showcases a model where specialized IP reduces development risk and enables rapid iteration, a critical factor as the AR market scales toward consumer adoption. As manufacturers seek to differentiate with higher resolution and richer interactive experiences, solutions like HX77 will likely become a benchmark for next‑generation smart glasses, driving broader ecosystem growth and new revenue streams for both silicon vendors and device makers.