Jetson board

Name: PH-J01 Jetson board
Brand: Pikhta
SKU: PH-J01

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.

Price — on request

RUB excl. VAT; quotation within 2 business days, valid 30 days

Lead time: 2–5 weeks (module — made to order)
Minimum order: 1 unit; batch — from 10 units

Test program →

PH-J01: Jetson Orin Nano 8GB module with heatsink and fan on a carrier board, 4×USB 3.2, RJ-45, HDMI, USB-C — PH-J01

Orin Nano 8GB, Super mode: 67 TOPS sparse (≈33 dense); options Orin Nano 4GB, Orin NX 8GB / 16GB
Carrier board ≈100×80 mm: 1×2.5GbE + 1×GbE, 4×USB 3.2 (3×Gen2), USB-C recovery, DP 1.4, CSI ×2, 40-pin, 2×M.2 M + M.2 E, RTC
Heatsink with PWM fan, 128 GB NVMe with system image; DC 9–19 V, 5.5×2.5 jack
No enclosure or PSU: embed in your device; aluminum enclosure and adapter — options

Typical uses: embedding in your own device · robot and AGV · test bench and development

What it is and what for

NVIDIA Jetson Orin Nano 8GB module (Super mode) on a compact carrier board in the form factor of NVIDIA's official carrier (≈100×80 mm): 1×2.5GbE + 1×GbE, 4×USB 3.2, USB-C, DisplayPort, CSI ×2, 40-pin, 2×M.2 M + M.2 E; heatsink with PWM fan and 128 GB NVMe with our system image on JetPack 6.2. No enclosure or power supply — for embedding in your device, cabinet or robot: enclosure, DC/DC and mounting are from the options or yours. Module options: Orin Nano 4GB, Orin NX 8GB / 16GB.

Straight talk: A board without enclosure is for teams building their own device: temperature and reliability depend on your enclosure and airflow, so we provide a drawing and a thermal test method rather than a "−40…+70" promise. Need a ready-to-run Jetson device — PH-J31; no CUDA needed — PH-K01.

Prices for 1 / 10 / 100 units and for options are given in the quotation: the “Request a quotation” button above, reply within 2 business days. The price depends on volume, the exchange rate and the DRAM index, so it is fixed in a quotation valid for 30 days.

Configuration options
Orin Nano 4GB	on request
Orin Nano 8GB (Super) — base	base
Orin NX 8GB	on request
Orin NX 16GB	on request
Aluminum enclosure with fan	on request
12 V 5 A power adapter	on request

In the quotation the price is itemized by line: device, engineering package, service coverage, custom engineering on request — what goes into each line, in “How to buy”. The contract includes a price-revision formula tied to the Bank of Russia exchange rate and the DRAM index.

Platform
SoC	NVIDIA Jetson Orin Nano 8GB — 6×Cortex-A78AE, Ampere GPU 1024 CUDA / 32 Tensor Cores; options: Orin Nano 4GB, Orin NX 8GB / 16GB
TOPS INT8 dense	≈33 TOPS INT8 dense (NVIDIA publishes 67 sparse, Super mode); Orin NX 16GB — ≈78 dense / 157 sparsemethod: NVIDIA datasheet: sparse INT8 in MAXN SUPER mode (JetPack 6.2); dense = sparse / 2; Jetson Orin Nano is the baseline on our bench
Memory	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
Storage	128 GB NVMe (M.2 2280) with system image; second M.2 M — for your own drive

Bench measurements
Status	pending (first samples)
What we measure	FPS INT8 YOLOv8n; FPS INT8 YOLOv8s; FPS INT8 YOLO11n; FPS INT8 YOLO11s; FPS INT8 ResNet50; FPS INT8 OCR (PP-OCRv4 rec); 1080p streams; accuracy after quantization

test-bench baseline: the same row as PH-J31; measured with the first samples on the test bench; method — /en/testing/

Interfaces
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
Ethernet / PoE	1×2.5GbE + 1×GbE RJ-45
RS-485 / CAN / RS-232	debug UART; UART / I2C / SPI on the 40-pin header; RS-232 / RS-485 / CAN — adapter or USB, made to order
GPIO / relay	40-pin (NVIDIA pinout), 12-pin header for buttons / auto power-on, 4-pin PWM fan, RTC battery
M.2	2×M.2 2280 M-key (NVMe; one is the system drive), 1×M.2 2230 E-key (Wi-Fi/BT — option)
Video output	DisplayPort 1.4
Wi-Fi / BT / LTE	none — base unit without radio — no FSB notification and no security questions on site; for mobile use we fit a module imported with notification

Power and thermal
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)
Power consumption (typical)	≈8 W (module 15 W mode)
Power consumption (peak)	≤25 W (MAXN SUPER); Orin NX 16GB — up to 40 W
Cooling	heatsink with PWM fan on the module; final power mode — depends on airflow in your enclosure
Enclosure temperature in a closed cabinet at +40 °C ambient	measured after the first sample is testedwe publish a measurement, not a datasheet value

Mechanical
Dimensions	≈100×80×25 mm (board with module and fan heatsink)
Weight	≈200 g
Mounting	4 mounting holes for M3 standoffs (carrier-board drawing in the product passport); DIN-rail bracket and enclosure — options
Connectors	standard RJ-45 / USB / DP, DC 5.5×2.5, 40-pin

Environment
Operating temperature	0…+50 °C without enclosure (carrier-board reference); in your enclosure — per thermal test, method — /en/testing/
Ingress protection	none — open board
Vibration / shock	not rated; module secured with screws, board on standoffs

What's included
In the box	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 your network, no cloud of ours
	Connects only to the addresses you set: we keep no cloud and no keys of ours in the image; no video is stored on the device
	1-year warranty, replacement unit or spares; product passport (Russian regulatory data sheet); EAC declaration — in progress

Documents
EAC declaration	in progressdeclaration issued to Pikhta Tech LLC, in progress
FSB notification	not requiredno radio modules
Datasheet	PDF v0.9 web versioncomponent datasheet values until the sample is measured; printable version of this page — the “Print this page” button
Product passport	in progresssingle template, PDF with each delivery
Vendor security questionnaire	on requestunder NDA

Origin
Origin and our part	NVIDIA Jetson Orin module (country of manufacture per the batch marking: Taiwan / China); carrier board — contract manufacturer (ODM, China); system image, incoming inspection and kitting — in Russia; EAC declaration is issued to Pikhta Tech LLC.

Vendor documentation (chip and sensor)
NVIDIA Jetson — Orin Nano / Orin NX modules	developer.nvidia.com/embedded/jetson-modules
Jetson Orin Nano Super Developer Kit	www.nvidia.com/en-us/autonomous-machines/embedded-systems/jetson-orin/nano-super-developer-kit/
JetPack SDK	developer.nvidia.com/embedded/jetpack
Jetson documentation	docs.nvidia.com/jetson/
Jetson Download Center	developer.nvidia.com/embedded/downloadsmodule data sheets and design guides — with an NVIDIA Developer account

We do not host third-party documents — only links to official pages; full chip datasheets come from the vendor or its distributor.

Compatibility
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
Power / PSU	12 V 5 A adapter (option); 12/24 V onboard power via 9–36 V DC/DC (option)
Runtimes	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

Updates and support
Terms	Image updates and system-component fixes — free during the warranty (1 year), delivered from your network; afterwards — under a support contract

Test program →