FMD3000
Network-focused, headless compute. Dual 10GbE SFP+ ports and optional modular AI acceleration.
Edge control. Built for the field.
Compact edge management devices that combine industrial x86 compute, discrete hardware security and an integrated baseboard management controller (BMC). Deploy locally, monitor hardware remotely and maintain access independently of the host operating system.
Fanless designDiscrete TPM 2.0Integrated BMC remote management
FMD3000 concept rendering in Portal Robotics colors. Illustrative finish; not a dimensional or port-location drawing.
FMD3200
Graphics-capable edge compute. Integrated graphics, dual-display output and native AI acceleration.
Designed for distributed installations
Fanless enclosures support compact deployments with configurable memory, storage, wireless connectivity and accelerator options. Optional DIN-rail and rack mounting adapt the platform to different sites. Active-cooled T variants use half-width 1U sleds.
Specification basis: this page describes hardware-platform capabilities, maximums and options. Installed components, operating limits, software integration, availability and services must be confirmed in the final quotation. Optional modules may compete for expansion slots.
Hardware access. Independent of the host OS.
An integrated BMC provides out-of-band monitoring and control through its dedicated management connection. The device must retain power and management-network connectivity, including when the host system is shut down or unresponsive.
- Console access. Serial over IP for diagnostics and troubleshooting.
- Remote power control. Power on/off, reset and power cycling, including hard and soft control paths.
- Virtual media. Present a local file or directory as a remote drive for operating-system installation, file loading and BIOS maintenance.
- Firmware maintenance. Update firmware remotely to maintain device functionality and security.
- Health monitoring. Monitor hardware status, performance and power behavior.
Management access paths
Use the dedicated 1GbE BMC interface or integrate compatible management software. Host-level tools provide in-band access when the operating system is running; supported methods and Windows limitations depend on the software configuration. Deploy encrypted administrative access and restrict the management network.
Why it matters for distributed sites
Remote hardware diagnostics and recovery can reduce on-site support visits, shorten fault-resolution time and improve control over system power and resources. The controller remains a separate recovery path from host applications.
Physical management interfaces
Both devices include a Mini-USB console interface using an RS232 USB controller, a dedicated management Ethernet port and a remote-power connection. See the I/O reference below.
Power availability is essential
“Host powered off” refers to the main compute system. Out-of-band functions still require standby power to the management controller and a reachable management network.
Choose your platform. Networking or integrated graphics.
FMD3000
- Processor: V3C18I; third-generation x86 architecture
- BMC / security: integrated BMC; discrete TPM 2.0
- Console: Mini-USB; RS232 USB controller
- Memory maximum: 128 GB non-ECC; 96 GB ECC
- Storage maximum: 12 TB; 3 × M.2 2280 PCIe Gen 4
- USB: 3 × USB 3.2; 1 × USB 2.0
- Networking: 3 × 2.5GbE; 2 × 10GbE SFP+; 1 × 1GbE BMC
- Display: headless; no display output
- Integrated graphics: none
- Native AI: no native NPU; optional accelerator modules
- Wireless / cellular: optional WLAN + short-range radio; optional 4G/5G
- Power over Ethernet: not supported as powered device
FMD3200
- Processor: 8840U; fourth-generation x86 architecture
- BMC / security: integrated BMC; discrete TPM 2.0
- Console: Mini-USB; RS232 USB controller
- Memory maximum: 128 GB non-ECC; ECC unsupported
- Storage maximum: 12 TB; 3 × M.2 2280 PCIe Gen 4
- USB: 3 × USB 3.2; 1 × USB 2.0; 1 × USB-C with display alternate mode
- Networking: 4 × 2.5GbE; 1 × 1GbE BMC
- Display: digital video 2.1; USB-C with display 2.1 output
- Integrated graphics: 780M-class; 12 compute units
- Native AI: NPU up to 16 TOPS; total platform up to 38 TOPS; optional accelerator modules
- Wireless / cellular: optional WLAN + short-range radio; optional 4G/5G
- Power over Ethernet: not supported as powered device
Both devices: DDR5 memory; 5600-rated modules operate at 4800 MT/s. Shared operating range: −40°C to 85°C as specified for the platform. Optional DIN-rail and 1U rack mounting. Verify the selected configuration and thermal conditions before deployment. TOPS are maximum platform ratings and do not represent application throughput.
Illustrative rendering · optional wireless configuration shown. Antenna type, quantity and connectivity modules depend on the selected hardware configuration.
Configure locally. Connect, store and accelerate.
High-speed SFP+ networking · FMD3000
Two 10GbE SFP+ interfaces support independent high-bandwidth links. Choose compatible optical or copper transceivers for the cable type and distance. Transceivers are required and are not included. The FMD3200 does not include SFP+ ports.
Memory options
Both devices use dual-channel DDR5 with two SODIMM slots at 4800 MT/s. Non-ECC capacities include 16, 32, 64, 96 and 128 GB. The FMD3000 additionally supports ECC SODIMMs at 32, 64 or 96 GB; ECC is not supported on the FMD3200.
Storage and accelerator allocation
Up to three M.2 2280 PCIe Gen 4 slots provide a maximum combined storage capacity of 12 TB. Optional AI modules can occupy up to two of these three slots; the 2230 wireless slot can also be used for compatible acceleration. Confirm compatibility for each combination.
Cellular and wireless options
Optional 4G LTE or 5G uses a 3042 or 3052 M.2 B-key modem. Two SIM slots support two providers for connectivity planning in areas with variable coverage. Optional wireless LAN and short-range radio are also available.
AI processing
FMD3000 AI performance depends on the optional accelerator configuration. The FMD3200 includes a native NPU rated up to 16 TOPS and total platform AI performance up to 38 TOPS; compatible modules can add acceleration. These ratings describe different compute scopes and should not be added together as 54 TOPS.
Display support · FMD3200
The integrated graphics engine supports up to two displays at 3840 × 2160 resolution and up to 120 Hz. Outputs are a digital video 2.1 connector and USB-C with display 2.1 alternate mode. Confirm cables, displays and firmware for the required mode.
Small footprint. Flexible deployment.
Physical / environmental
- Footprint: 160 mm (L) × 130 mm (W); approximately 6.30 × 5.12 in.
- Height by configuration: 15 W: 29 mm (1.14 in.); 30 W: 45 mm (1.77 in.); 35 W: 29 mm (1.14 in.)
- Listed weights: 1.20 kg / 2.65 lb; 1.25 kg / 2.75 lb; 1.40 kg / 3.10 lb — final weight depends on configuration
- Cooling / mounting: fanless passive models; active-cooled T sled variants. Optional DIN-rail or rack mounting. A 1U cabinet accommodates two half-width sleds
- Operating temperature: −40°C to 85°C; confirm the selected configuration and thermal installation
- Optional protection: board-level conformal coating for added protection against dust, moisture and chemical exposure — availability and volume requirements by quotation
Models
- FMD3000 — up to 15 W processor TDP — passive / fanless
- FMD3000T — up to 35 W — active-cooled sled
- FMD3200 — up to 30 W — passive / fanless
- FMD3200T — up to 35 W — active-cooled sled
Power supply
- AC input: 100–240 V AC; 50–60 Hz
- Regulated DC output: 19 V DC ±5%; maximum 4.74 A; maximum 90 W
- Device power connector: keyed 2-pin screw-down connector with positive retention
Processor TDP, system consumption and supply rating are different measures. The platform brief describes system draw up to 50 W under load; actual draw depends on configuration and workload. Allow suitable thermal clearance and power margin.
Know your connections. Plan the installation.
Numbering below follows the platform connector reference. These tables are connection guides rather than physical-scale drawings. Verify the delivered hardware revision before cabling.
Front reference
- 1 — FMD3000: USB-A 2.0 · FMD3200: USB-A 3.2
- 2–4 — USB-A 3.2 (both)
- 5–7 — 2.5GbE (both)
- 8 — FMD3000: 1GbE BMC · FMD3200: 2.5GbE
- 9 — FMD3000: BMC console · FMD3200: digital video output
- 10 — FMD3000: 10GbE SFP+ · FMD3200: 1GbE BMC
- 11 — FMD3000: 10GbE SFP+ · FMD3200: USB-C / display alternate mode
- 12 — Power button (both)
Top reference
- 1/2/3 — DC input / cellular antenna / remote power (both)
- 4/5/6 — FMD3000: wireless antenna / wireless antenna / cellular antenna · FMD3200: wireless antenna / BMC console / wireless antenna
- 7 — FMD3000: not listed · FMD3200: cellular antenna
The FMD3200 connector illustration identifies four USB-A 3.2 ports, while the summary specification lists three USB 3.2 plus one USB 2.0. Confirm the speed of each delivered USB port before specifying peripherals.
Discuss your configuration
Compliance and services: the hardware brief lists FCC, CE, RoHS and REACH — request current declarations for the ordered configuration. Integration options include BIOS settings, imaging, system configuration and labeling; field deployment management and in-region technical support may be specified by quotation.