RVS-T1M
The Enbik RVS-T1M is an ultra-mini palm-size edge AI computer pairing an Intel 12th, 13th or 14th Gen Core processor (15 W) with a modular NVIDIA MXM GPU — RTX 4050, MX550 or A2000 — small enough to integrate into robotic arms, compact AGVs and tight control enclosures. Up to 64 GB DDR5 provides model memory headroom for multi-task inference.
The 6–48 V DC input with ignition power control connects directly to 12/24/48 V vehicle and industrial supplies. Dual LAN (2.5 GbE + GbE), 8× USB, two COM ports and three wireless expansion slots (5G, Wi-Fi/BT, GPS) deliver full sensor and network connectivity in the smallest MXM GPU form factor in the Enbik range.
Key Features
- Smallest MXM GPU chassis in the Enbik lineup: Fits equipment bays and mobile platforms too small for the 203 × 125 mm RVP-T1M; RTX 4050 (Ada Lovelace), MX550 or A2000 selected at order time.
- Intel 12th–14th Gen Core at 15 W TDP: i3/i5/i7 options including 14th Gen Core Ultra; up to 64 GB DDR5 for AI model buffers and multi-stream frame queues.
- 6–48 V DC with ignition control: No DC/DC adapter for vehicle or DIN-rail power; graceful shutdown on ignition-off protects the OS. Remote power switch input for panel installations.
- Dual LAN — 2.5 GbE + GbE: Separate controllers keep high-bandwidth AI data traffic off the deterministic control network.
- 8× USB + 2× COM: USB 3.2 Gen 1 for cameras and sensors; one isolated RS-232/422/485 with auto flow control plus one RS-232 for PLCs and drives.
- Triple wireless expansion: M.2 Key-B (4G/5G + SIM), M.2 Key-E (Wi-Fi 6/6E + BT) and mini-PCIe (SIM) — cellular, Wi-Fi and GPS simultaneously, no USB dongles.
- CE/FCC Class A, 3-year warranty, −20 °C to +50 °C.
RVS-T1M vs RVP-T1M
| Attribute | RVS-T1M (Ultra-Mini) | RVP-T1M (Mini-Slim) |
|---|---|---|
| Form factor | Palm-size | 203 × 125 × 70 mm |
| GPU options | RTX 4050, MX550, A2000 | RTX 4070/4060/4050, RTX 2000/A2000 |
| Max memory | 64 GB DDR5 | 96 GB DDR5 (14th Gen Core Ultra) |
| Displays | 2 (DP + HDMI) | 3 (2× HDMI + DP) |
| Best for | Space-constrained robots, tight enclosures | Multi-display AI stations, larger AMR/AGV |
Application Use Cases
Robotic Arm and Cobot Vision
The palm-size chassis mounts on the robot forearm or beside the arm base, running GPU inference for part localisation and bin picking; the RS-232/422/485 port links to the robot controller and 2.5 GbE distributes results to the cell MES.
Compact AGV and Mobile Robot Controller
Fits AGV chassis bays too small for larger edge computers; the 24 V vehicle bus connects directly, ignition control sequences power, and the MXM GPU handles obstacle detection and dock localisation.
In-Vehicle Edge AI
Installs in vehicle cabs and machinery panels; 4G/5G via M.2 provides fleet backhaul while the GPU runs driver-assist and load-monitoring camera analytics in real time.
Smart Factory Edge AI Node
One unit per machine enclosure eliminates long video cabling to a central AI server — local inference results go to the cell PLC via RS-422/485 and statistics to the factory MES over 2.5 GbE.
Why Choose the RVS-T1M
Discrete RTX-class inference where nothing else fits. Competing palm-size computers use integrated graphics or Jetson SOMs; the RVS-T1M is the only Enbik platform delivering an MXM RTX 4050's CUDA core density and VRAM in this footprint.
Identical power architecture to the RVP-T1M. Same 6–48 V input, ignition logic and wireless slots — integrators reuse the same electrical design and commissioning procedures across both chassis sizes.
Wireless-complete without adapters. Three dedicated slots support 5G, Wi-Fi 6/6E, Bluetooth and GPS concurrently, removing USB wireless dongles from the BOM.
Frequently Asked Questions
How does the RVS-T1M differ from the RVP-T1M?
The RVS-T1M is the ultra-mini palm-size model; the RVP-T1M is larger (203 × 125 × 70 mm) with a bigger GPU selection (up to RTX 4070), three display outputs and up to 96 GB DDR5. Both share the 6–48 V DC input and ignition control.
Which GPU modules does the RVS-T1M support?
NVIDIA RTX 4050 (Ada Lovelace), MX550 and A2000 MXM modules, selected at order time. The RTX 4050 offers the highest inference performance; MX550 and A2000 suit tighter thermal budgets.
How does ignition power control work?
The unit powers on with the ignition signal and runs a configurable graceful shutdown when it drops, preventing file-system corruption in vehicle installations. A remote power switch input serves fixed installations.
What wireless expansion is included?
M.2 Key-B with SIM (4G LTE/5G NR), M.2 Key-E (Wi-Fi 6/6E + Bluetooth) and mini-PCIe with SIM — all three populatable simultaneously.
Is the RVS-T1M certified for the EU?
Yes — CE marked to EN 55032/EN 55035 (Class A) plus FCC Class A for North America, with a 3-year manufacturer warranty.
The Enbik RVS-T1M is an ultra-mini palm-size edge AI computer pairing an Intel 12th, 13th or 14th Gen Core processor (15 W) with a modular NVIDIA MXM GPU — RTX 4050, MX550 or A2000 — small enough to integrate into robotic arms, compact AGVs and tight control enclosures. Up to 64 GB DDR5 provides model memory headroom for multi-task inference.
The 6–48 V DC input with ignition power control connects directly to 12/24/48 V vehicle and industrial supplies. Dual LAN (2.5 GbE + GbE), 8× USB, two COM ports and three wireless expansion slots (5G, Wi-Fi/BT, GPS) deliver full sensor and network connectivity in the smallest MXM GPU form factor in the Enbik range.
Key Features
- Smallest MXM GPU chassis in the Enbik lineup: Fits equipment bays and mobile platforms too small for the 203 × 125 mm RVP-T1M; RTX 4050 (Ada Lovelace), MX550 or A2000 selected at order time.
- Intel 12th–14th Gen Core at 15 W TDP: i3/i5/i7 options including 14th Gen Core Ultra; up to 64 GB DDR5 for AI model buffers and multi-stream frame queues.
- 6–48 V DC with ignition control: No DC/DC adapter for vehicle or DIN-rail power; graceful shutdown on ignition-off protects the OS. Remote power switch input for panel installations.
- Dual LAN — 2.5 GbE + GbE: Separate controllers keep high-bandwidth AI data traffic off the deterministic control network.
- 8× USB + 2× COM: USB 3.2 Gen 1 for cameras and sensors; one isolated RS-232/422/485 with auto flow control plus one RS-232 for PLCs and drives.
- Triple wireless expansion: M.2 Key-B (4G/5G + SIM), M.2 Key-E (Wi-Fi 6/6E + BT) and mini-PCIe (SIM) — cellular, Wi-Fi and GPS simultaneously, no USB dongles.
- CE/FCC Class A, 3-year warranty, −20 °C to +50 °C.
RVS-T1M vs RVP-T1M
| Attribute | RVS-T1M (Ultra-Mini) | RVP-T1M (Mini-Slim) |
|---|---|---|
| Form factor | Palm-size | 203 × 125 × 70 mm |
| GPU options | RTX 4050, MX550, A2000 | RTX 4070/4060/4050, RTX 2000/A2000 |
| Max memory | 64 GB DDR5 | 96 GB DDR5 (14th Gen Core Ultra) |
| Displays | 2 (DP + HDMI) | 3 (2× HDMI + DP) |
| Best for | Space-constrained robots, tight enclosures | Multi-display AI stations, larger AMR/AGV |
Application Use Cases
Robotic Arm and Cobot Vision
The palm-size chassis mounts on the robot forearm or beside the arm base, running GPU inference for part localisation and bin picking; the RS-232/422/485 port links to the robot controller and 2.5 GbE distributes results to the cell MES.
Compact AGV and Mobile Robot Controller
Fits AGV chassis bays too small for larger edge computers; the 24 V vehicle bus connects directly, ignition control sequences power, and the MXM GPU handles obstacle detection and dock localisation.
In-Vehicle Edge AI
Installs in vehicle cabs and machinery panels; 4G/5G via M.2 provides fleet backhaul while the GPU runs driver-assist and load-monitoring camera analytics in real time.
Smart Factory Edge AI Node
One unit per machine enclosure eliminates long video cabling to a central AI server — local inference results go to the cell PLC via RS-422/485 and statistics to the factory MES over 2.5 GbE.
Why Choose the RVS-T1M
Discrete RTX-class inference where nothing else fits. Competing palm-size computers use integrated graphics or Jetson SOMs; the RVS-T1M is the only Enbik platform delivering an MXM RTX 4050's CUDA core density and VRAM in this footprint.
Identical power architecture to the RVP-T1M. Same 6–48 V input, ignition logic and wireless slots — integrators reuse the same electrical design and commissioning procedures across both chassis sizes.
Wireless-complete without adapters. Three dedicated slots support 5G, Wi-Fi 6/6E, Bluetooth and GPS concurrently, removing USB wireless dongles from the BOM.
Frequently Asked Questions
How does the RVS-T1M differ from the RVP-T1M?
The RVS-T1M is the ultra-mini palm-size model; the RVP-T1M is larger (203 × 125 × 70 mm) with a bigger GPU selection (up to RTX 4070), three display outputs and up to 96 GB DDR5. Both share the 6–48 V DC input and ignition control.
Which GPU modules does the RVS-T1M support?
NVIDIA RTX 4050 (Ada Lovelace), MX550 and A2000 MXM modules, selected at order time. The RTX 4050 offers the highest inference performance; MX550 and A2000 suit tighter thermal budgets.
How does ignition power control work?
The unit powers on with the ignition signal and runs a configurable graceful shutdown when it drops, preventing file-system corruption in vehicle installations. A remote power switch input serves fixed installations.
What wireless expansion is included?
M.2 Key-B with SIM (4G LTE/5G NR), M.2 Key-E (Wi-Fi 6/6E + Bluetooth) and mini-PCIe with SIM — all three populatable simultaneously.
Is the RVS-T1M certified for the EU?
Yes — CE marked to EN 55032/EN 55035 (Class A) plus FCC Class A for North America, with a 3-year manufacturer warranty.
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