SocBloc 2
- What it is A compact SoM built around the NXP i.MX93 in its 11×11 mm package, paired with a carrier board that exposes all I/Os and peripherals. Customers use this for processor evaluation and initial product prototyping — a fast path from idea to working hardware.
- What's on board NXP i.MX93 (11×11 mm) · high-density 8-layer PCB · 10/100/1000 Ethernet PHY · eMMC · NXP IW612 Wi-Fi 6 + BT module · carrier board with full peripheral breakout.
SocBloc 4
- What it is A compact, developer-friendly board built around the 9×9 mm package of the NXP i.MX91 or i.MX93. All peripherals are broken out on pin headers — ready to wire up and start prototyping.
- What's on board NXP i.MX91 / i.MX93 (9×9 mm) · low-cost 4-layer PCB · 10/100/1000 Ethernet PHY · full peripheral breakout on pin headers.
SoundBloc 1
- What it is An evaluation platform for premium smart speakers, soundbars, and professional multiroom audio systems. Designed to give audio product teams a ready-to-run hardware baseline with a serious feature set — no prototype wiring required.
- What's on board NXP i.MX93 application processor · SAF9100 audio DSP · HDMI (e)ARC input · 10 amplified speaker channels at 35 W each · IW610 Wi-Fi + Bluetooth · all on an inexpensive 4-layer PCB.
PolyCore 1 · 4 · 6
- What it is A series of Raspberry Pi-shaped development boards, each built around a different processor family. Designed as dev kits for customers evaluating our platforms and used internally to validate our processor designs. Same compact form factor, different capabilities.
- PolyCore 1 — NXP i.MX6UL / ULL / ULZ u-blox LILY-W1 Wi-Fi module · 4× USB 2.0 · 10/100 Ethernet · audio DAC · GPIO header exposing i.MX6ULx interfaces.
- PolyCore 4 — Rockchip RK3308B-S Quad-core Arm Cortex-A35 · inexpensive 4-layer PCB · optimised for low power and minimal BOM cost.
- PolyCore 6 — NXP i.MX8M Mini / Nano Quad-core Cortex-A53 · NXP IW612 Wi-Fi 6 + BT · audio DAC + TOSLINK output · PCIe connectivity · GPIO header.
PolyLink 1
- What it is A concept board designed to bring vintage Bang & Olufsen* audio devices into the modern world. It uses a reverse-engineered data communication bus (MasterLink*) to control legacy audio equipment and display modern streaming metadata on their original displays.
- What's on board NXP i.MX8M Nano UltraLite · MasterLink* bus interface · streaming metadata integration · built as a target application for validating our i.MX8M Nano UL platform design. Not available for purchase.
* Bang & Olufsen and MasterLink are trademarks of Bang & Olufsen A/S. POLYVECTION is not affiliated with or endorsed by Bang & Olufsen.
