How to buy

Spec text for RFPs (technical specifications)

Requirements for every product — as text, in neutral wording (“or equivalent”), from the same data as the catalog pages. Copy a block into your technical specification or download everything as one file. The Pikhta part number is for reference.

Download all spec text (TXT) →

General requirements for the product and the supplier

The same for every SKU: warranty, replacement units, documents, fleet management inside your network perimeter, integration without per-channel licenses, acceptance per the test program.

1.Warranty: at least 12 months from the delivery date for edge computers and cameras.
2.Service: the replacement unit ships from the supplier's warehouse in Russia no later than 2 business days after RMA confirmation (delivery by carrier); for batches from 10 units — spares included in the delivery under the contract (a spare unit on site); pickup of the faulty unit — courier booked no later than 2 business days after the replacement ships; swap stock and spare parts at 3–5 % of each batch at the supplier's warehouse in Russia.
3.Documents at delivery: EAC declaration for the product, product passport in Russian with the serial number, datasheet, installation guide; vendor security questionnaire — on request under NDA. Status of the supplier's documents per SKU — firai.ru/en/procurement/#docs.
4.Updates: OTA updates of the system image and the model container with automatic rollback (A/B, Mender / RAUC class mechanism), signed images, from the customer's network, no vendor cloud; integration into the customer's fleet-management (device management) platform — per project at the customer's request.
5.Integration: the customer's model and service are accepted as a container (ONNX / RKNN / TensorRT); outbound connections only to customer-defined addresses, no vendor cloud; no per-camera, per-channel or per-fleet licenses.
6.Image security: access only with the customer's keys, no vendor keys in the image; outbound connections only to customer-defined addresses; list of open ports — in the vendor security questionnaire; secure boot, integrity verification and data-at-rest encryption — per project at the customer's request.
7.Product system software: maintained by the supplier — fixes for critical defects in the kernel, drivers, runtimes and the update mechanism with a response time of no more than 4 business hours; changelog and component versions with every release; option to install the supplier's components on the customer's standard base OS or to hand over source code under contract.
8.Acceptance: per the test program with report forms (fixed camera, fast motion in the frame, outdoors and vehicles, security check); the test report is an attachment to the technical specification.
9.Price: per unit excl. VAT, base configuration; volume pricing (1 / 10 / 100 / 1,000 units) — in the quotation; quotation valid 30 days; price revision formula tied to the Bank of Russia exchange rate and the DRAM index — in the contract.

Rockchip boards and computers

Choose a chip for your task, then a Radxa or ArmSoM board by connectors, dimensions and memory. A complete fanless box is available for installation on site. Board-specific Linux image; samples from 1 unit, quotation within 2 business days.

PH-K40 · RK3588 box

Product page and price →

1.Purpose: Fanless edge computer on Rockchip RK3588S (reduced-I/O variant of the RK3588): 6 TOPS NPU, 8 GB RAM / 64 GB eMMC, no radio, 12/24 V. At the workstation, in the control cabinet, under the operator console.
2.Applications: terminal and workstation, control cabinet, production line and quality inspection, operator console, small site with 1–4 cameras
3.Compute platform (or equivalent): Rockchip RK3588S — 4×Cortex-A76 2.4 GHz + 4×Cortex-A55, 3-core NPU
4.NPU performance (per vendor datasheet): 6 TOPS INT8 dense
5.RAM: 8 GB LPDDR4x (base); 16 GB — option
6.Storage: 64 GB eMMC + M.2 2242 NVMe (256 GB option; with an M.2 accelerator installed, the system stays on eMMC)
7.USB: 2×USB 3.0 Type-A (UVC cameras), 1×USB-C (service, flashing)
8.Ethernet / PoE: 1×GbE RJ-45
9.Serial interfaces: RS-232 (attached PC / service); RS-485 and CAN — in the industrial version
10.Digital I/O: 2×GPIO, 1×relay (option), reset button, status LED
11.M.2 slots: M.2 M-key 2242, PCIe 2.1 ×1 — NVMe or M.2 NPU accelerator (single slot; card form factor to match the box slot); M.2 2230 E-key for Wi-Fi — depends on the enclosure variant
12.Video output: HDMI 2.0 — service
13.Radio modules: Wi-Fi / BT / LTE — none
14.Power input: 12 V DC (9–24 V), 5.5×2.1 mm jack; 12 V 2 A adapter included; 802.3at PoE splitter — option
15.Power consumption (typical / peak): ≈6 W at 2×1080p streams / ≤12 W
16.Cooling: passive, heatsink enclosure
17.Dimensions: ≈190×90×50 mm with mounting ears
18.Weight: ≈600 g
19.Mounting: desk / wall (mounting ears included); VESA 75/100; DIN rail and terminal-pedestal bracket — options
20.Connectors: screw-lock / latching connectors, cable tie included
21.Operating temperature: 0…+50 °C (in a closed cabinet); storage −20…+60 °C; industrial version −40…+70 °C
22.Ingress protection: IP40
23.Vibration / shock: EN 60068-2-6 (vibration), EN 60068-2-27 (shock) — test report with the first samples
24.Software runtimes in the system image: RKNN-Toolkit2 2.3.x (NPU), ONNX Runtime, Docker / containerd
25.Compatible cameras: PH-Cam-K (USB, global shutter) — up to 2 units; PH-Cam-S / PH-Cam-O (PoE) — over the network via a switch or injector; any 1080p UVC camera (profile not guaranteed)
26.Power supplies (compatibility): 12 V 2 A adapter (included); 802.3at PoE splitter (option); 9–36 V onboard power — industrial version
27.Configuration options: 8 GB / 64 GB eMMC — base; 16 GB RAM; 256 GB NVMe; M.2 NPU accelerator Axera AX8850 (+24 TOPS INT8, 16×1080p decode); Industrial version: RK3588J, −40…+70 °C, CAN ×2, RS-485, 9–36 V, die-cast enclosure; Wi-Fi 6 / BT — M.2 E-key module, with notification
28.What's included: Device, 12 V 2 A adapter, mounting ears, cable tie; Ready-to-run Linux system image: NPU and camera drivers, runtimes, Docker — the customer's model is deployed as a container; OTA updates of the image and the model with rollback — from the customer's network, no vendor cloud; Outbound connections only to customer-defined addresses; no vendor cloud or keys in the image; no video is stored on the product; 1-year warranty, replacement unit or spares; product passport (Russian regulatory data sheet); EAC declaration (status per SKU — firai.ru/en/procurement/#docs)

PH-K01 · RK3588 board

Product page and price →

1.Purpose: Single-board computer on Rockchip RK3588 for embedding: 8 GB, 6 TOPS NPU, 2.5GbE, 4×USB (2×3.0), HDMI, 2×MIPI CSI, Wi-Fi 6 / BT 5.2, NVMe with system image — no enclosure or power supply.
2.Applications: embedding in your own device, control cabinet, robot and AGV, test bench and development
3.Compute platform (or equivalent): Rockchip RK3588 — 4×Cortex-A76 2.4 GHz + 4×Cortex-A55, 3-core NPU, Mali-G610 GPU
4.NPU performance (per vendor datasheet): 6 TOPS INT8 dense
5.RAM: 8 GB LPDDR4x (base); 16 GB — option
6.Storage: M.2 2280 NVMe 128 GB with system image; microSD
7.USB: 4×USB Type-A (2×USB 3.0 + 2×USB 2.0), 1×USB-C (power / OTG)
8.Ethernet / PoE: 1×2.5GbE RJ-45
9.Serial interfaces: UART / I2C / SPI on the 40-pin header; RS-485 / CAN — adapter or HAT
10.Digital I/O: 40-pin header (Raspberry Pi-compatible pinout), power / reset / maskrom buttons, RTC with battery
11.M.2 slots: 2×M.2 M-key 2280 (NVMe, PCIe 3.0 ×2 each); M.2 B-key (USB) with a SIM slot
12.Video output: HDMI 2.1 (up to 8K30)
13.Radio modules: Wi-Fi 6 / BT 5.2 on board
14.Power input: USB-C PD 9–20 V; power supply not included (USB-C PD 45 W adapter — option)
15.Power consumption (typical / peak): ≈5 W at 2×1080p streams / ≤15 W with NVMe and peripherals
16.Cooling: heatsink included; 4-pin PWM fan — option; in a closed enclosure — per thermal test
17.Dimensions: ≈100×75×25 mm with heatsink
18.Weight: ≈110 g
19.Mounting: 4 holes for M2.5 standoffs (drawing — in the product passport); heatsink enclosure and DIN-rail bracket — options
20.Connectors: standard RJ-45 / USB / HDMI, USB-C (power), 40-pin, 22-pin CSI
21.Operating temperature: 0…+50 °C without enclosure (board reference); in your enclosure — per thermal test, method — /en/testing/
22.Ingress protection: none — open board
23.Vibration / shock: not rated; board on standoffs, connectors without locking
24.Software runtimes in the system image: RKNN-Toolkit2 2.3.x (NPU), ONNX Runtime, Docker / containerd
25.Compatible cameras: PH-Cam-M (MIPI CSI) — up to 2 units; PH-Cam-K (USB) — up to 2 units; PH-Cam-S / PH-Cam-O (PoE) — via a switch or injector
26.Power supplies (compatibility): USB-C PD 45 W adapter (option); 12/24 V onboard power via DC/DC to USB-C PD (option)
27.Configuration options: 8 GB, 128 GB NVMe, heatsink — base; 16 GB RAM; Aluminum heatsink enclosure with power button; USB-C PD 45 W power adapter; 4-pin PWM fan; RK3588 SoM + carrier board for your own design
28.What's included: Board with 128 GB NVMe and system image, heatsink, M2.5 standoffs; Ready-to-run Linux system image: NPU and camera drivers, runtimes, Docker — the customer's model is deployed as a container; OTA updates of the image and the model with rollback — from the customer's network, no vendor cloud; Outbound connections only to customer-defined addresses; no vendor cloud or keys in the image; no video is stored on the product; 1-year warranty, replacement unit or spares; product passport (Russian regulatory data sheet); EAC declaration (status per SKU — firai.ru/en/procurement/#docs)

PH-K30 · RK3576 board

Product page and price →

1.Purpose: Single-board computer on Rockchip RK3576 for embedding into your own device: 6 TOPS NPU, 4 GB, 32 GB eMMC with system image, no radio, 5 V USB-C, ≈85×56 mm. The lowest price per TOPS in the catalog.
2.Applications: embedding into your own device, kiosk and terminal, one or two cameras on a static scene, series from 100 units in a fixed configuration
3.Compute platform (or equivalent): Rockchip RK3576 — 4×Cortex-A72 2.2 GHz + 4×Cortex-A53, 6 TOPS NPU, Mali-G52 GPU
4.NPU performance (per vendor datasheet): 6 TOPS INT8 dense
5.RAM: 4 GB LPDDR5 (base); 8 GB — option
6.Storage: 32 GB eMMC module with system image (64 GB and UFS — options); NVMe or an accelerator — via a PCIe adapter board; microSD
7.USB: 2×USB 3.0 + 2×USB 2.0 Type-A; USB-C (OTG / debug)
8.Ethernet / PoE: 1×GbE RJ-45
9.Serial interfaces: UART / I2C / SPI on the 40-pin header; RS-485 / CAN — adapter or HAT
10.Digital I/O: 40-pin header, power / reset / maskrom buttons, RTC with battery
11.M.2 slots: PCIe 2.1 ×1 via FPC: M.2 NVMe or the PH-M24 accelerator — via an adapter board (the image stays on the eMMC)
12.Video output: HDMI 2.1 (up to 4K60)
13.Radio modules: none; Wi-Fi 6 / BT — board version with the module (option, with notification)
14.Power input: 5 V USB-C; 12 / 24 V — via DC/DC (option)
15.Power consumption (typical / peak): ≈4 W at 1–2 1080p streams / ≤10 W with NVMe and a camera
16.Cooling: passive heatsink included; inside a closed enclosure — per thermal test
17.Dimensions: ≈85×56 mm; height with heatsink — per batch product passport
18.Weight: ≈90 g
19.Mounting: 4 holes for M2.5 standoffs; heatsink enclosure and DIN-rail bracket — options
20.Connectors: RJ-45 / USB / HDMI, USB-C (power), 40-pin header, MIPI CSI (FPC)
21.Operating temperature: 0…+50 °C without enclosure (board reference); inside your enclosure — per thermal test, method — /en/testing/
22.Ingress protection: none — open board
23.Vibration / shock: not rated; board on standoffs
24.Software runtimes in the system image: RKNN-Toolkit2 2.3.x (NPU), ONNX Runtime, Docker / containerd
25.Compatible cameras: PH-Cam-U (USB, inside the device) — up to 2; PH-Cam-K (USB) — up to 2; PH-Cam-M (MIPI CSI) — made to order; PH-Cam-S / PH-Cam-T / PH-Cam-O (PoE) — via a switch or injector
26.Power supplies (compatibility): USB-C 5 V 3 A adapter (option); 12/24 V vehicle or panel supply via DC/DC (option)
27.Configuration options: 4 GB, 32 GB eMMC, heatsink — base; 8 GB RAM; 64 GB eMMC; 128 GB NVMe via an M.2 adapter board; USB-C 5 V 3 A power adapter; RK3576 SoM + carrier board for your device
28.What's included: Board with 32 GB eMMC and system image, heatsink, M2.5 standoffs; Ready-to-run Linux system image: NPU and camera drivers, runtimes, Docker — the customer's model is deployed as a container; OTA updates of the image and the model with rollback — from the customer's network, no vendor cloud; Outbound connections only to customer-defined addresses; no vendor cloud or keys in the image; no video is stored on the product; 1-year warranty, replacement unit or spares; product passport (Russian regulatory data sheet); EAC declaration (status per SKU — firai.ru/en/procurement/#docs)

NVIDIA Jetson

NVIDIA Jetson Orin Nano and Orin NX modules in a box with an industrial carrier board (PH-J31) and as a carrier board without enclosure (PH-J01). For teams whose models live in CUDA / TensorRT / DeepStream: nothing to convert — machine vision, robotics, language and multimodal models. Delivery across Russia, lead time 2–5 weeks; the price follows the NVIDIA price list and the exchange rate and is fixed in the quotation. Buy from 1 unit.

PH-J31 · Jetson box

Product page and price →

1.Purpose: Box built on the NVIDIA Jetson Orin Nano 8GB (Super) module: industrial carrier board with 2×GbE / 4×USB 3.2 / M.2 M + E / CAN, aluminum enclosure, 256 GB NVMe, JetPack 6.2. Orin NX 8GB / 16GB options.
2.Applications: terminal and workstation, control cabinet, robot and mobile machinery, language and multimodal models, test bench and development
3.Compute platform (or equivalent): NVIDIA Jetson Orin Nano 8GB — 6×Cortex-A78AE, Ampere GPU 1024 CUDA / 32 Tensor Cores; options: Orin Nano 4GB, Orin NX 8GB / 16GB
4.NPU performance (per vendor datasheet): ≈33 TOPS INT8 dense (NVIDIA publishes 67 sparse, Super mode); Orin NX 16GB — ≈78 dense / 157 sparse
5.RAM: 8 GB LPDDR5 128-bit, 102 GB/s in Super mode (68 GB/s in the original mode); Orin NX 16GB — 16 GB, 102 GB/s
6.Storage: 256 GB NVMe (M.2 2280) with system image; the module has no eMMC — boots from NVMe
7.USB: 4×USB 3.2 Type-A (10 Gbps), 1×USB-C (recovery / service)
8.Ethernet / PoE: 2×GbE RJ-45; 1×GbE + PoE-PSE 15 W variant — industrial carrier board, made to order
9.Serial interfaces: CAN ×1 (on-board connector), UART / I2C / SPI on the 40-pin header; RS-232 / RS-485 — 40-pin adapter or industrial carrier board (DB9 RS-232/422/485)
10.Digital I/O: 40-pin (NVIDIA pinout), power / reset / recovery buttons, 2 LEDs, RTC
11.M.2 slots: M.2 2280 M-key — NVMe (system); M.2 2230 E-key — Wi-Fi/BT (option); mini-PCIe — LTE (option)
12.Video output: HDMI 2.1 (DP 1.4 — depends on the carrier board)
13.Radio modules: none in the base unit; Wi-Fi 6 / BT — M.2 E-key module, LTE — mini-PCIe (options, with notification)
14.Power input: 12–19 V DC, 5.5×2.5 mm jack; 12 V 5 A adapter included (Orin NX — 19 V 4.74 A); 9–36 V onboard power — via DC/DC (option)
15.Power consumption (typical / peak): ≈12 W (module 15 W mode) at 2×1080p streams / ≤30 W (MAXN SUPER 25 W + carrier board); Orin NX 16GB — up to 40 W
16.Cooling: active: heatsink with PWM fan on the module, aluminum enclosure; passive heatsink enclosure in 15 W mode — option
17.Dimensions: ≈130×120×66 mm (aluminum enclosure)
18.Weight: ≈650 g
19.Mounting: desk / wall (mounting ears included); VESA 75 and DIN rail — options
20.Connectors: standard RJ-45 / USB / HDMI; locking DC connector — depends on the carrier board; cable clamp included
21.Operating temperature: −10…+60 °C per carrier-board rating; closed cabinet at +40 °C — measured on the test bench
22.Ingress protection: IP30 (ventilated enclosure)
23.Vibration / shock: not rated in the base unit; for vehicles and machinery — industrial carrier board, made to order
24.Software runtimes in the system image: JetPack 6.2 (L4T 36.4): CUDA 12.6, TensorRT 10, cuDNN, DeepStream 7, ONNX Runtime (CUDA / TensorRT EP), Docker / containerd (nvidia-container-runtime), ROS 2 (Humble) in a container
25.Compatible cameras: PH-Cam-K (USB, global shutter); PH-Cam-S / PH-Cam-O (PoE) — via an injector or switch; PH-Cam-M (MIPI CSI) ×2–4 depending on the carrier board; GMSL2 — carrier board with GMSL2 inputs, made to order
26.Power supplies (compatibility): 12 V adapter (included); 12/24 V onboard power via 9–36 V DC/DC (option)
27.Configuration options: Orin Nano 4GB; Orin Nano 8GB (Super) — base; Orin NX 8GB; Orin NX 16GB; Industrial carrier board: fanless, PoE-PSE, RS-232/422/485, CAN, DI/DO, DIN rail
28.What's included: Jetson Orin Nano 8GB (Super) module on an industrial carrier board, aluminum enclosure, 256 GB NVMe with system image on JetPack 6.2, 12 V 5 A power adapter, mounting ears; Ready-to-run image on JetPack 6.2: CUDA / TensorRT / DeepStream as shipped by NVIDIA, Docker, autostart, watchdog — models run without conversion; OTA updates of the image and the model with rollback — from the customer's network, no vendor cloud; Outbound connections only to customer-defined addresses; no vendor cloud or keys in the image; no video is stored on the product; 1-year warranty, replacement unit or spares; product passport (Russian regulatory data sheet); EAC declaration (status per SKU — firai.ru/en/procurement/#docs)

PH-J01 · Jetson board

Product page and price →

1.Purpose: Board without enclosure: NVIDIA Jetson Orin Nano 8GB (Super) module on a carrier board with 2×GbE / 4×USB 3.2 / M.2, heatsink with fan, 128 GB NVMe with system image — for embedding in your enclosure.
2.Applications: embedding in your own device, robot and AGV, test bench and development
3.Compute platform (or equivalent): NVIDIA Jetson Orin Nano 8GB — 6×Cortex-A78AE, Ampere GPU 1024 CUDA / 32 Tensor Cores; options: Orin Nano 4GB, Orin NX 8GB / 16GB
4.NPU performance (per vendor datasheet): ≈33 TOPS INT8 dense (NVIDIA publishes 67 sparse, Super mode); Orin NX 16GB — ≈78 dense / 157 sparse
5.RAM: 8 GB LPDDR5 128-bit, 102 GB/s in Super mode (68 GB/s in the original mode); Orin NX 16GB — 16 GB, 102 GB/s
6.Storage: 128 GB NVMe (M.2 2280) with system image; second M.2 M — for your own drive
7.USB: 4×USB 3.2 Type-A (3×Gen 2 10 Gbps + 1×USB 2.0), 1×USB-C (recovery / device mode), 2×USB 2.0 on a header
8.Ethernet / PoE: 1×2.5GbE + 1×GbE RJ-45
9.Serial interfaces: debug UART; UART / I2C / SPI on the 40-pin header; RS-232 / RS-485 / CAN — adapter or USB, made to order
10.Digital I/O: 40-pin (NVIDIA pinout), 12-pin header for buttons / auto power-on, 4-pin PWM fan, RTC battery
11.M.2 slots: 2×M.2 2280 M-key (NVMe; one is the system drive), 1×M.2 2230 E-key (Wi-Fi/BT — option)
12.Video output: DisplayPort 1.4
13.Radio modules: none in the base unit; Wi-Fi 6 / BT — M.2 E-key module (option, with notification)
14.Power input: 9–19 V DC, 5.5×2.5 mm jack; power supply not included (12 V 5 A adapter — option; 9–36 V DC/DC — option)
15.Power consumption (typical / peak): ≈8 W (module 15 W mode) / ≤25 W (MAXN SUPER); Orin NX 16GB — up to 40 W
16.Cooling: heatsink with PWM fan on the module; final power mode — depends on airflow in your enclosure
17.Dimensions: ≈100×80×25 mm (board with module and fan heatsink)
18.Weight: ≈200 g
19.Mounting: 4 mounting holes for M3 standoffs (carrier-board drawing in the product passport); DIN-rail bracket and enclosure — options
20.Connectors: standard RJ-45 / USB / DP, DC 5.5×2.5, 40-pin
21.Operating temperature: 0…+50 °C without enclosure (carrier-board reference); in your enclosure — per thermal test, method — /en/testing/
22.Ingress protection: none — open board
23.Vibration / shock: not rated; module secured with screws, board on standoffs
24.Software runtimes in the system image: JetPack 6.2 (L4T 36.4): CUDA 12.6, TensorRT 10, cuDNN, DeepStream 7, ONNX Runtime (CUDA / TensorRT EP), Docker / containerd (nvidia-container-runtime), ROS 2 (Humble) in a container
25.Compatible cameras: PH-Cam-M (MIPI CSI) ×2; PH-Cam-K (USB, global shutter); PH-Cam-S / PH-Cam-O (PoE) — via an injector or switch
26.Power supplies (compatibility): 12 V 5 A adapter (option); 12/24 V onboard power via 9–36 V DC/DC (option)
27.Configuration options: Orin Nano 4GB; Orin Nano 8GB (Super) — base; Orin NX 8GB; Orin NX 16GB; Aluminum enclosure with fan; 12 V 5 A power adapter
28.What's included: Jetson Orin Nano 8GB (Super) module on a carrier board, heatsink with PWM fan, 128 GB NVMe with system image on JetPack 6.2, M3 standoffs; Ready-to-run image on JetPack 6.2: CUDA / TensorRT / DeepStream as shipped by NVIDIA, Docker, autostart, watchdog — models run without conversion; OTA updates of the image and the model with rollback — from the customer's network, no vendor cloud; Outbound connections only to customer-defined addresses; no vendor cloud or keys in the image; no video is stored on the product; 1-year warranty, replacement unit or spares; product passport (Russian regulatory data sheet); EAC declaration (status per SKU — firai.ru/en/procurement/#docs)

M.2 accelerators

M.2 cards with an NPU (NPU accelerators) for the PH-K40 / PH-K01 slot or an x86 PC you already have: +20–24 TOPS for heavy models, VLMs and LLMs up to 7B. Axera AX8850 — lower cost, with a video decoder on the card; Rockchip RK1828 — one RKNN / rkllm stack shared with the host (made to order, lead time and price in the quotation). Drivers and runtimes are in the system image. Buy from 1 unit; quotation within 2 business days.

PH-M24 · M.2 accelerator 24 TOPS

Product page and price →

1.Purpose: M.2 M-key 2280 card with the Axera AX8850 NPU: 24 TOPS INT8, 8 GB on the card, ≤7 W, hardware decode of 16×1080p — for the PH-K40 / PH-K01 slot or an x86 PC you already have.
2.Applications: heavy model on the PH-K40 / PH-K01, x86 PC on site: kiosk, industrial PC, operator workstation, VLM / LLM at the edge, test bench and development
3.Compute platform (or equivalent): Axera AX8850 — 24 TOPS INT8 NPU, 8 Cortex-A55 cores on the card, 16×1080p video decoder
4.NPU performance (per vendor datasheet): 24 TOPS INT8 dense
5.RAM: 8 GB LPDDR4x on the card
6.Storage: not applicable — uses the host's storage
7.USB: not applicable — cameras connect to the host (USB / MIPI / IP)
8.Ethernet / PoE: not applicable — host network
9.Serial interfaces: not applicable
10.Digital I/O: none
11.M.2 slots: M.2 M-key 2280, PCIe 2.0 ×2 (works in PCIe 3.0 ×4 slots; in the PH-K40 — PCIe 2.1 ×1); 2242 form factor for the PH-K40 slot — made to order
12.Video output: none
13.Radio modules: none
14.Power input: 3.3 V from the M.2 slot
15.Power consumption (typical / peak): ≈4 W / ≤7 W
16.Cooling: passive heatsink; in the PH-K40 — thermal contact with the enclosure, in a PC — the PC's own airflow
17.Dimensions: 22×80×9 mm (M.2 2280, with heatsink)
18.Weight: ≈20 g
19.Mounting: standard M.2 screw
20.Connectors: M.2 M-key connector
21.Operating temperature: 0…+60 °C (card datasheet); in a closed enclosure at +40 °C — test-bench measurement
22.Ingress protection: not applicable (inside the device or PC)
23.Vibration / shock: not applicable; in the PH-K40 — screw-mounted
24.Software runtimes in the system image: AXCL (Axera): runtime and the Pulsar2 converter, ONNX → card format, Docker / containerd
25.Compatible cameras: host cameras: PH-Cam-K (USB) — on the PH-K40 and PH-K01, PH-Cam-M (MIPI CSI) — on the PH-K01; IP cameras (PH-Cam-S / PH-Cam-O) — the card itself decodes up to 16 1080p streams
26.Power supplies (compatibility): M.2 M-key slot with ≥7 W of power (in a PC — checked per model)
27.Configuration options: AX8850, 8 GB, heatsink — base; Installed and tested in the PH-K40 when ordering the box; 2242 form factor / low-profile heatsink for the PH-K40 slot; Installation in the PH-K01 (in place of NVMe, system image on microSD)
28.What's included: Card with heatsink, M.2 screw, installation guide; Card driver and runtime — in the host image (PH-K40 / PH-K01); for x86 PCs on Linux — a driver package and a container; Driver and runtime updates — together with the host image, from your network; 1-year warranty, replacement card or spares; product passport (Russian regulatory data sheet); EAC declaration (status per SKU — firai.ru/en/procurement/#docs)

PH-M20 · M.2 accelerator RK1828

Product page and price →

1.Purpose: M.2 M-key 2280 card with the Rockchip RK1828 NPU: 20 TOPS INT8, 5 GB on the card, LLMs up to 7B — the same RKNN / rkllm stack as the RK3588; for the PH-K40 / PH-K01 slot.
2.Applications: LLM and VLM at the edge, heavy model on the PH-K40 / PH-K01 in a single RKNN stack, test bench and development
3.Compute platform (or equivalent): Rockchip RK1828 — 20 TOPS INT8 NPU, RISC-V cores, memory on the card
4.NPU performance (per vendor datasheet): 20 TOPS INT8 dense
5.RAM: 5 GB on the card
6.Storage: not applicable — uses the host's storage
7.USB: not applicable — cameras connect to the host
8.Ethernet / PoE: not applicable — host network
9.Serial interfaces: not applicable
10.Digital I/O: none
11.M.2 slots: M.2 M-key 2280, PCIe (in the PH-K40 — PCIe 2.1 ×1); 2242 form factor for the PH-K40 slot — made to order
12.Video output: none
13.Radio modules: none
14.Power input: 3.3 V from the M.2 slot
15.Power consumption (typical / peak): ≈5 W (to be confirmed on a sample) / ≤10 W (to be confirmed on a sample)
16.Cooling: heatsink with fan on the card
17.Dimensions: ≈25×80×22 mm (M.2 2280, with heatsink and fan)
18.Weight: ≈20 g
19.Mounting: standard M.2 screw
20.Connectors: M.2 M-key connector
21.Operating temperature: 0…+60 °C (card datasheet); in a closed enclosure at +40 °C — test-bench measurement
22.Ingress protection: not applicable (inside the device)
23.Vibration / shock: not applicable; in the PH-K40 — screw-mounted
24.Software runtimes in the system image: RKNN-Toolkit2 (card NPU) and rkllm (LLM / VLM), ONNX → RKNN, Docker / containerd
25.Compatible cameras: host cameras: PH-Cam-K (USB) — on the PH-K40 and PH-K01, PH-Cam-M (MIPI CSI) — on the PH-K01; IP cameras — decoded by the RK3588 host
26.Power supplies (compatibility): M.2 M-key slot with ≥10 W of power
27.Configuration options: RK1828, 5 GB, heatsink — base; Installed and tested in the PH-K40 when ordering the box; 2242 form factor / low-profile heatsink for the PH-K40 slot; Installation in the PH-K01 (in place of NVMe, system image on microSD)
28.What's included: Card with heatsink, M.2 screw, installation guide; Card driver and runtime — in the host image (PH-K40 / PH-K01); for x86 PCs on Linux — a driver package and a container; Driver and runtime updates — together with the host image, from your network; 1-year warranty, replacement card or spares; product passport (Russian regulatory data sheet); EAC declaration (status per SKU — firai.ru/en/procurement/#docs)

Cameras

Seven machine-vision cameras for seven situations: a USB module inside the device on a 60–80 cm cable, a global-shutter USB camera for fast motion, a 2 MP IP camera for an indoor overview, an 8 MP IP camera with a 12 mm lens for small text at 2 m, an IP67 outdoor model, MIPI on a ribbon cable (made to order) and an AI camera with an on-board NPU (in development). Vendor cloud disabled, firmware profile tuned to the scene; IP cameras ship with a per-unit security check report. Buy from 1 unit; quotation within 2 business days.

PH-Cam-S · Indoor IP camera

Product page and price →

1.Purpose: 2 MP PoE ONVIF dome for indoor use: an overview of shelving, a hall or a work area from the ceiling or wall; IR is off in the profile — color stays true. The lowest-cost IP camera in the catalog.
2.Applications: shelving and aisles, work areas and halls, counting and detection on a static scene, indoor shop floor and warehouse
3.Sensor: 1/2.9″ CMOS 2 MP (1920×1080)
4.Shutter: rolling (static scene — acceptable)
5.Resolution and frame rate: 1920×1080@25; JPEG snapshot via ONVIF / HTTP
6.Lens: 4 mm (≈85°) or 2.8 mm (≈105°) — to match the distance to the scene; fixed focus
7.WDR: digital WDR
8.IR illumination: 850 nm IR illumination present, off in the profile (color and text without IR glare); can be enabled in the standard way
9.Interface: RJ-45 PoE 802.3af, ONVIF Profile S, RTSP, HTTP Snapshot
10.USB: none
11.Ethernet / PoE: 1×100 Mbit/s RJ-45, PoE 802.3af
12.Serial interfaces: none
13.Digital I/O: none
14.M.2 slots: none
15.Video output: none
16.Radio modules: none
17.Power input: PoE 802.3af (48 V) or 12 V DC
18.Power consumption (typical / peak): ≈3 W / ≤5 W
19.Cooling: passive
20.Dimensions: dome Ø95×70 mm (bullet housing 165×70 mm — made to order)
21.Weight: ≈250 g
22.Mounting: ceiling / wall — standard; bracket for a shelving upright / column — option
23.Connectors: RJ-45 in a boot, 30 cm pigtail
24.Operating temperature: −10…+50 °C (indoor)
25.Ingress protection: IP54
26.Vibration / shock: not rated
27.Software runtimes in the system image: ONVIF / RTSP — on the PH-K30, PH-K40, PH-K01, PH-J31, PH-J01 or your server
28.Power supplies (compatibility): PoE switch or 802.3af/at injector; 12 V DC
29.Configuration options: 2 MP, 4 mm lens — base; 2.8 mm lens (≈105°); 4 MP; Bracket for a shelving upright / column; Bullet housing 165×70 mm
30.What's included: Camera, RJ-45 boot, mounting hardware; "Static scene" firmware profile: exposure, GOP, snapshot, IR off, cloud off, UPnP off, unique password; Per-unit security check report (nmap, outgoing connections); 1-year warranty, replacement or spares; product passport

PH-Cam-O · Outdoor IP camera

Product page and price →

1.Purpose: 4 MP PoE ONVIF in an IP67 bullet housing, 30 m IR illumination, −40…+60 °C: gate, perimeter, yard, canopy. Vehicle-mount version — made to order.
2.Applications: entrance and checkpoint, perimeter and yard, canopy and open-air storage, vehicles and machinery (option)
3.Sensor: 1/2.7″ CMOS 4 MP (2560×1440)
4.Shutter: rolling
5.Resolution and frame rate: 2560×1440@25; JPEG snapshot via ONVIF
6.Lens: 2.8 mm (≈105°) / 4 mm (≈85°) / 6 mm (≈55°) — fixed focus; motorized 2.8–12 mm — option
7.WDR: ≥120 dB, hardware
8.IR illumination: 850 nm IR up to 30 m, auto-switching IR-cut filter; on by schedule or by light level — set in the profile
9.Interface: RJ-45 PoE 802.3af, ONVIF Profile S/T, RTSP, HTTP Snapshot
10.USB: none
11.Ethernet / PoE: 1×100 Mbps RJ-45, PoE 802.3af
12.Serial interfaces: none
13.Digital I/O: none
14.M.2 slots: none
15.Video output: none
16.Radio modules: none
17.Power input: PoE 802.3af (48 V) or 12 V DC
18.Power consumption (typical / peak): ≈4 W / ≤7 W with IR illumination
19.Cooling: passive, metal housing
20.Dimensions: ≈180×70×70 mm with sunshield
21.Weight: ≈450 g
22.Mounting: wall / pole bracket with a swivel joint; pole straps — option
23.Connectors: RJ-45 in a sealed coupler, 40 cm pigtail; 12 V DC auxiliary input
24.Operating temperature: −40…+60 °C
25.Ingress protection: IP67
26.Vibration / shock: IK10 — depending on the housing option; for vehicles — the IP69K version
27.Software runtimes in the system image: ONVIF / RTSP — on the PH-K40, PH-K01, PH-J31, PH-J01 or your own server
28.Power supplies (compatibility): PoE switch or 802.3af/at injector; 12 V DC
29.Configuration options: 4 MP, 2.8 mm lens — base; 4 mm (≈85°) or 6 mm (≈55°) lens; 2 MP; Motorized 2.8–12 mm lens; Vehicle-mount version: IP68/IP69K, 9–36 V, vibration-resistant mount
30.What's included: Camera, bracket with a swivel joint, sealed RJ-45 coupler; “Outdoor” firmware profile: exposure, WDR, scheduled IR, GOP, snapshot, cloud off, UPnP off, unique password; Security check report for the unit (nmap, outbound connections); 1-year warranty, replacement or spares; product passport

PH-Cam-M · MIPI CSI camera

Product page and price →

1.Purpose: Sony IMX477 12 MP camera module with an M12 lens on a MIPI CSI-2 ribbon cable — for the PH-K01, PH-J01 and PH-J31: no USB, no network, minimal latency, driver in the system image.
2.Applications: embedding into your own device, robot and manipulator, vehicle cab, test bench and development
3.Sensor: Sony IMX477 1/2.3″ 12.3 MP (options: IMX219 1/4″ 8 MP; IMX296 — global shutter)
4.Shutter: rolling; global — IMX296 option
5.Resolution and frame rate: 4056×3040@10, 1920×1080@60 (IMX477); 3280×2464@21, 1080p@30 (IMX219)
6.Lens: M12 6 mm, ≈65° horizontal (base); 8 / 12 mm — options; manual focus
7.WDR: by the edge computer's ISP
8.IR illumination: none; IR-cut filter fitted (no-filter version — made to order)
9.Interface: MIPI CSI-2, 2 lane (IMX219) / 4 lane (IMX477); 15- / 22-pin 0.5 mm ribbon cable, up to 30 cm
10.USB: none
11.Ethernet / PoE: none
12.Serial interfaces: none
13.Digital I/O: none
14.M.2 slots: none
15.Video output: none
16.Radio modules: none
17.Power input: 3.3 V over the ribbon cable from the device
18.Power consumption (typical / peak): ≈0.5 W / ≤1 W
19.Cooling: passive
20.Dimensions: ≈38×38×20 mm with the M12 lens
21.Weight: ≈25 g
22.Mounting: 4 M2 holes at the board corners; holder housing with a 1/4″ thread — option
23.Connectors: 15- / 22-pin 0.5 mm FPC ribbon cable, 15 cm included (30 cm — option)
24.Operating temperature: 0…+50 °C
25.Ingress protection: none — open board; housing — option
26.Vibration / shock: not rated
27.Software runtimes in the system image: V4L2 / libcamera (RK3588), Argus / GStreamer (Jetson) — in the system image
28.Power supplies (compatibility): over the ribbon cable from the device
29.Configuration options: IMX477 12 MP, M12 6 mm lens — base; 8 mm (≈50°) or 12 mm (≈33°) lens; IMX219 8 MP (2 lane); IMX296 1.6 MP global shutter; Camera housing with a 1/4″-20 tripod mount
30.What's included: Camera module with M12 lens, 15 cm ribbon cable (15- or 22-pin — to match the carrier connector); Driver and ISP profile in the device's system image; 1-year warranty, replacement or spares; Product passport

PH-Cam-K · Global-shutter USB camera

Product page and price →

1.Purpose: USB UVC with a 2 MP global shutter (SmartSens SC235HGS), 1080p@60: no motion blur on a fast-moving object — a label, a hand, a part on a conveyor. Works with every edge computer in the catalog.
2.Applications: kiosk scanning zone, conveyor and production line, manipulator and work area, vehicle cab
3.Sensor: SmartSens SC235HGS, 2 MP, global shutter, 3.45 µm pixel; onsemi AR0234CS 1/2.6″ — while stock lasts
4.Shutter: global shutter
5.Resolution and frame rate: 1920×1080@60 (SC235HGS) / 1920×1200@60 (AR0234), MJPEG / YUY2
6.Lens: M12, 6 mm ≈60° horizontal (base); 4 mm / 8 mm — options; fixed focus at 0.4–1.2 m
7.WDR: sensor HDR; exposure profile for glare in the work area — in the device image
8.IR illumination: none; IR-cut filter fitted
9.Interface: USB 3.0 Type-C on the camera → USB-A, UVC 1.5, no drivers
10.USB: USB 3.0 (USB 2.0 compatible at 1080p@30)
11.Ethernet / PoE: none
12.Serial interfaces: none
13.Digital I/O: trigger (external synchronization) — option
14.M.2 slots: none
15.Video output: none
16.Radio modules: none
17.Power input: 5 V over USB
18.Power consumption (typical / peak): ≈1 W / ≤1.5 W
19.Cooling: passive, metal housing
20.Dimensions: ≈38×38×32 mm without lens
21.Weight: ≈70 g
22.Mounting: bracket over the work area, 1/4″ thread, locking ball joint
23.Connectors: USB Type-C with screw lock, 3 m cable included
24.Operating temperature: 0…+50 °C
25.Ingress protection: IP40; IP54 — option
26.Vibration / shock: not rated
27.Software runtimes in the system image: UVC on any Linux; exposure profile — in the device image
28.Power supplies (compatibility): powered from the device's USB port
29.Configuration options: SC235HGS, 6 mm lens (≈60°) — base; 4 mm (≈80°) or 8 mm (≈45°) lens; IP54 housing; External trigger (synchronization); Monochrome 1 MP OV9281 (B/W, lower cost)
30.What's included: Camera, lens, bracket over the work area, 3 m cable with lock; Exposure profile for the scanning zone — in the device image; 1-year warranty, replacement or spares; Product passport, mounting instructions

PH-Cam-U · 1080p USB camera for the device

Product page and price →

1.Purpose: 1080p USB UVC camera module on a 60–80 cm locking cable — inside your device, on the PH-K30 / PH-K01 board: MJPEG 30 fps, manual exposure, M12 lens, focus at 40–80 cm. The lowest-cost camera in the catalog.
2.Applications: camera inside the device, kiosk window and tray, work area under a hood, reading labels at 40–80 cm
3.Sensor: GalaxyCore 2 MP 1/2.9″ (GC2053 / GC2093 — per batch), rolling shutter
4.Shutter: rolling (static object — acceptable)
5.Resolution and frame rate: 1920×1080@30 MJPEG fixed; YUY2 — option
6.Lens: M12, 6 mm ≈60° horizontal (base); 4 mm / 8 mm — options; fixed focus at 40–80 cm, thread locked
7.WDR: none; manual exposure and gain for the device's constant lighting
8.IR illumination: none; 650 nm IR-cut filter fitted
9.Interface: USB 2.0 UVC 1.1, 60–80 cm cable with a locking connector on the module; no drivers
10.USB: USB 2.0 (480 Mbit/s — MJPEG 1080p30 fits)
11.Ethernet / PoE: none
12.Serial interfaces: none
13.Digital I/O: none
14.M.2 slots: none
15.Video output: none
16.Radio modules: none
17.Power input: 5 V over USB
18.Power consumption (typical / peak): ≈0.7 W / ≤1 W
19.Cooling: passive
20.Dimensions: 38×38 mm board (32×32 — option), ≈20 mm high with lens
21.Weight: ≈15 g without cable
22.Mounting: 4 × Ø2.2 mm holes in the corners; standoffs or the mini housing
23.Connectors: locking connector on the module, USB-A on the cable
24.Operating temperature: 0…+50 °C inside the device
25.Ingress protection: none — module inside the enclosure; IP40 mini housing — option
26.Vibration / shock: not rated
27.Software runtimes in the system image: UVC on any Linux; exposure profile — in the device image
28.Power supplies (compatibility): powered from the device's USB port
29.Configuration options: 2 MP, 6 mm lens (≈60°), 60 cm cable — base; 4 mm (≈80°) or 8 mm (≈45°) lens; 80 cm cable; Metal mini housing with M12 thread and bracket; Hardware H.264 on the module (two streams)
30.What's included: Module with lens and 60–80 cm cable; Factory settings in the firmware: 1080p MJPEG 30 fps, 50 Hz, exposure for the device; 1-year warranty, replacement or spares; Product passport, hole drawing

PH-Cam-T · 8 MP IP camera for small text

Product page and price →

1.Purpose: 8 MP PoE ONVIF with a 12 mm lens focused at 2 m: a 3 mm character — at least 12 pixels, 3840×2160 snapshot over HTTP. For reading labels, plates and price tags from a bracket.
2.Applications: labels and small text at 2 m, plates and price tags, print on packaging on a line, presence and completeness checks
3.Sensor: 1/2.8″ CMOS 8 MP (3840×2160): Sony IMX415 or GalaxyCore GC8613 — per batch, fixed in the product passport
4.Shutter: rolling (static scene — acceptable)
5.Resolution and frame rate: 3840×2160@25 H.265 / H.264; 3840×2160 JPEG snapshot over HTTP and ONVIF
6.Lens: M12 12 mm (≈26° horizontal, ≈0.9×0.5 m field at 2 m); focus set at 2 m on the line, thread locked; 16 mm / 6 mm — options
7.WDR: digital WDR; manual exposure for constant lighting
8.IR illumination: IR illumination — switchable; off in the profile (color and text without IR glare)
9.Interface: RJ-45 PoE 802.3af, ONVIF Profile S, RTSP, HTTP Snapshot
10.USB: none
11.Ethernet / PoE: 1×100 Mbit/s RJ-45, PoE 802.3af
12.Serial interfaces: none
13.Digital I/O: none
14.M.2 slots: none
15.Video output: none
16.Radio modules: none
17.Power input: PoE 802.3af (48 V) or 12 V DC
18.Power consumption (typical / peak): ≈5 W / ≤7 W
19.Cooling: passive, metal housing
20.Dimensions: bullet ≈165×70 mm with bracket
21.Weight: ≈450 g
22.Mounting: wall / upright / ceiling bracket with angle lock
23.Connectors: RJ-45 in a sealed boot, 30 cm pigtail
24.Operating temperature: −30…+60 °C
25.Ingress protection: IP67
26.Vibration / shock: not rated
27.Software runtimes in the system image: ONVIF / RTSP / HTTP Snapshot — on the PH-K30, PH-K40, PH-K01, PH-J31, PH-J01 or your server
28.Power supplies (compatibility): PoE switch or 802.3af/at injector; 12 V DC
29.Configuration options: 8 MP, 12 mm lens, focus at 2 m — base; 16 mm lens (focus at 3 m); 6 mm lens (overview from 1 m); 850 nm IR illumination (switchable); Dome housing for the ceiling
30.What's included: Camera with 12 mm lens, bracket, RJ-45 boot; "Small text" firmware profile: focus at 2 m, exposure, full-frame snapshot, cloud off, UPnP off, unique password; Per-unit security check report (nmap, outgoing connections); 1-year warranty, replacement or spares; product passport

PH-Cam-A · AI camera with an NPU

Product page and price →

1.Purpose: IP camera with a 3 TOPS NPU on board: your RKNN model runs inside the camera, and results leave it rather than video. In development.
2.Applications: detection on the camera without a video stream, many points with light analytics on each, a site without a server or an edge computer, less traffic and load on the edge computer
3.Sensor: 1/2.8″ 8 MP (IMX415-class) or 1/2.9″ 2 MP GC2093 — per option
4.Shutter: rolling
5.Resolution and frame rate: 3840×2160@25 or 1920×1080@30; full-frame JPEG snapshot
6.Lens: M12 6 mm (base); 12 mm — option; fixed focus
7.WDR: digital WDR
8.IR illumination: IR illumination switchable
9.Interface: RJ-45 PoE 802.3af; events over HTTP / MQTT, RTSP, ONVIF Profile S
10.USB: none
11.Ethernet / PoE: 1×100 Mbit/s RJ-45, PoE 802.3af
12.Serial interfaces: none
13.Digital I/O: 1 input / 1 output (dry contact) — to be confirmed on the sample
14.M.2 slots: none
15.Video output: none
16.Radio modules: none
17.Power input: PoE 802.3af (48 V) or 12 V DC
18.Power consumption (typical / peak): ≈5 W with the model / ≤8 W
19.Cooling: passive, metal housing
20.Dimensions: bullet ≈165×70 mm (to be confirmed on the sample)
21.Weight: ≈450 g
22.Mounting: wall / upright / ceiling bracket
23.Connectors: RJ-45 in a boot, 30 cm pigtail
24.Operating temperature: −30…+60 °C
25.Ingress protection: IP67
26.Vibration / shock: not rated
27.Software runtimes in the system image: RKNN-Toolkit2 2.3.x (camera NPU), events to your service over HTTP / MQTT
28.Power supplies (compatibility): PoE switch or 802.3af/at injector; 12 V DC
29.Configuration options: RV1126B 2 GB, 8 MP, 6 mm lens — base; 2 MP (GC2093) instead of 8 MP; 12 mm lens (small text at 2 m); Camera board without housing — inside your device
30.What's included: Camera, bracket, RJ-45 boot; Firmware with the RKNN runtime and a container for your model; cloud off, unique password; Per-unit security check report; 1-year warranty, replacement or spares; product passport

The spec is ready — now the price and the test report

A quotation for 1 / 10 / 100 / 1,000 units, itemized by line and valid 30 days — within 2 business days; acceptance — per the test program. Spec text — revision of 2026-10-03.

Test program Supplier qualification →