Intelligent AI Algorithm Appliance
Integrated hardware and software for multi-stream analysis, task configuration, live preview, alarms and third-party system integration.
Selection reference for AI algorithm appliances, visual AI gateways and application-specific field hardware. The final supply is governed by the mutually confirmed quotation, technical agreement and acceptance criteria.
“Source-verified” values are transcribed from the available product material. “Configuration confirmation” means that the formal model, workload capacity, interface details or supply terms must be defined in the quotation and technical agreement. Chip names and TOPS figures identify reference configurations; they are not complete-system benchmark commitments.
This sheet contains no purchase price or fixed delivery commitment and does not replace a project technical agreement.
Integrated hardware and software for multi-stream analysis, task configuration, live preview, alarms and third-party system integration.
For rooms, transmission corridors and multimodal environmental sensing; channel count, ports and sensor combinations are project-specific.
Front-end devices, management platforms and linkage strategies may be combined; safety parameters, accessories and site conditions require confirmation.
RTSP, GB28181, H.264/H.265, MQTT and API. Protocol versions, authentication, schemas and compatibility lists are technical-agreement items.
Stream count × resolution × frame rate × codec × concurrent algorithms × retention period. A sample or POC using target streams and algorithms is recommended.
The table is checked against the available source. Formal SKUs, complete-system composition and measured concurrency are quotation-confirmation items.
| Parameter | 2 ch. | 8 ch. | 16 ch. | 32 ch. | 64 ch. | 384 ch. |
|---|---|---|---|---|---|---|
| Model / SKU | Per confirmed configuration and quotation | |||||
| Source-stated compute reference | 3 TOPS | 7.2 TOPS | 16 TOPS | 32 TOPS | 64 TOPS | 384 TOPS |
| Main processor | 4× Cortex-A53 | 6-core ARM A53 @ 1.6 GHz | 8-core ARM A53 @ 1.6 GHz | 8-core ARM A53 @ 2.3 GHz | 8-core ARM A53 / 16-core ARM A531 | 8-core ARM A53 / 96-core ARM A531 |
| AI chip (configuration ID) | RV1126B | CV186AH | BM1688 | BM1684X | BM1684X | BM1684X |
| Memory (G, source text) | 2 | 4 | 8 | 16 | 12+321 | 12+1921 |
| Storage (G, source text) | 32 | 32 | 64 | 64 | 64 | 32×131 |
| Network | 1× Gigabit Ethernet | 2× Gigabit Ethernet | 2× Gigabit Ethernet | 2× Gigabit Ethernet | 3× Gigabit Ethernet | 3× Gigabit Ethernet |
| USB | Supported | Supported | Supported | Supported | Supported | Supported |
| Serial | RS232, RS485 | Not supported | RS232, RS485 | RS232, RS485 | Not supported | Not supported |
| External storage | SD | TF | TF, M.2 | SSD, SATA | SATA | SATA |
| Chassis dimensions (unit per quotation) | 152.3×84.5×29.8 | 165.8×83×53.5 | 204×148×48 | 210×130×44.5 | 418.5×480×44.45 | 418.5×480×44.45 |
| Power / consumption / weight | Per confirmed configuration and quotation | |||||
The source confirms RTSP and GB28181 video ingestion, H.264/H.265 streams, plus MQTT and API integration categories. Task setup, live preview, alarms and short-video evidence depend on the delivered software version.
1 Slash-separated processor wording, “12+32 / 12+192” memory composition and “32×13” storage topology reproduce the source and require explicit definition in the technical agreement. The dimension unit also requires confirmation.
Additional 92 / 128 / 160-channel options may be confirmed for the project; detailed hardware specifications are subject to the corresponding quotation and technical agreement.
Verified capabilities are separated from complete-appliance items that still require confirmation.
| Product / form | Source-verified capability | Procurement and delivery confirmation |
|---|---|---|
| Distribution-room Visual AI Gateway | The source states 8–16 video channels and lists smoke/fire, small-animal, personnel-zone, fall, helmet, face, switch-position and indicator-light recognition. | Formal model; stream conditions; concurrent algorithms; network, serial and digital I/O; power; storage; platform version; and acceptance samples. |
| Transmission-corridor Visual AI Gateway | The source lists foreign-object, smoke/fire and construction-vehicle recognition, an HTTP interface and a streaming inference framework. | Channel limit per confirmed configuration; interface version, authentication, inference input, return schema, UAV integration boundary and algorithm list. |
| Grid Intelligent Fusion Gateway | Gateway + environmental monitoring + LoRa battery-sensor form. Optional categories include temperature/humidity, SF6, PM2.5, PM0.5–PM1, methane–hydrogen-sulfide and oxygen–carbon-monoxide sensors. | Complete-appliance compute per configuration; port types/counts; LoRa band; sensor models/ranges/accuracy/calibration; battery and antenna; platform protocol; power and mounting accessories. |
The source lists intercom, hot-work workflow control and continued algorithm updates. It may be combined with enterprise/project management platforms and a WeChat mini program, and may connect to other management systems.
Confirm: front-end model, compute and algorithm pack, camera, network, intercom, ingress protection, power/runtime, platform modules, interfaces and accessories.
Supports bird and nest detection, automatic deterrence, automatic patrol and manual point-target modes. Schedules and presets may be set, with laser linkage and image capture after detection.
Confirm: camera model, detection range/test conditions, laser class/wavelength/power, safety interlocks, scan envelope, mounting, power, environmental tolerance and site compliance.
Chip names or “16t / 7.2t” wording in source material are not used as complete-appliance performance commitments. Procurement documents should define the full system configuration, workload conditions and acceptance method.
A sensor category does not lock a brand or accuracy. Model, range, communication, calibration and regional frequency must be confirmed for the project.
The following items should be captured in the quotation appendix or a mutually signed technical agreement.
Official chip-level references (not complete-system specifications): Rockchip RV1126B official release; SOPHGO BM1688 product specification. BM1688's 16 TOPS figure is a chip-level INT8 peak. Typical power and operating-environment temperature remain TBD in the official chip document; they are not used to infer LeeSyn appliance parameters or channel performance.