RISC-V Chip Powers True 8K Wireless Gaming Peripherals

Telink Semiconductor has launched the TL3228, a dual-core RISC-V chip enabling true 8K wireless gaming peripherals, reported by EE Times on [date]. The move marks a significant push of RISC-V architecture into high-performance consumer devices, promising ultra-low latency and greater efficiency for next-gen gaming mice and keyboards.

The TL3228 integrates a high-performance D25F core and an energy-efficient N22 core on a single RISC-V die, balancing raw processing power with battery-sipping operation. This heterogeneous design allows peripherals to handle 8K polling rates wirelessly without sacrificing responsiveness. For electronics engineers, the chip’s small footprint and low power profile open doors to sleeker, lighter gaming gear with longer battery life, pushing the boundaries of what wireless peripherals can achieve.

Adoption of such advanced chips in gaming peripherals directly impacts PCB requirements: high-speed signal integrity and compact form factors demand HDI and rigid-flex circuit boards. As OEMs race to integrate 8K wireless, manufacturers will need reliable multilayer and HDI any-layer PCBs to support dense routing and RF performance. This trend further cements RISC-V’s role beyond IoT, spilling into high-volume consumer electronics.

LT CIRCUIT supplies the HDI, multilayer, and rigid-flex PCBs essential for next-gen gaming peripherals like those powered by the TL3228. Our IC substrate-like PCBs and IMS PCBs can handle the precision interconnects and thermal demands of compact wireless devices, ensuring reliable performance in high-polling-rate applications.