Image Processing Products for High-Speed Video Signal Evaluation
Build engineering video signal processing workflows for multi-format video input and output, real-time acquisition, storage, post-event playback, and video signal evaluation across visible-light cameras, thermal infrared cameras, and detection equipment.
High-speed video image processing
High-speed video image processing for engineering signal evaluation.
Image Processing Products support multi-format video signal input and output, real-time video acquisition, real-time storage, post-event playback, and video signal evaluation. This is a video image processing product direction, not a GNSS simulation page.
The product direction focuses on compact embedded video processing platforms for engineering testing, system integration, and video signal evaluation workflows.
Typical workflows include visible-light camera integration, thermal infrared camera integration, detection equipment video signal evaluation, laboratory verification, and field equipment video signal review.
FTD2000 is the currently confirmed public product within this product family. Future products should be added only when confirmed product material is available.
What Image Processing Products support.
This family is for engineering teams building video signal processing and evaluation workflows around input/output interfaces, acquisition, storage, playback, camera integration, and embedded system integration.
| Multi-Format Video Input | Support video input workflows from engineering camera and detection equipment sources. |
| Video Signal Output | Support processed or evaluated video output workflows for lab and system integration environments. |
| Real-Time Acquisition & Storage | Acquire and store real-time video signal data for engineering review. |
| Post-Event Playback | Replay recorded video signal data for review, analysis, or verification. |
| Video Signal Evaluation | Support signal evaluation workflows for visible-light cameras, thermal infrared cameras, and detection equipment. |
| Embedded Processing Platform | Provide a compact processing foundation for engineering test platform integration. |
FTD2000 High-Speed Video Image Processor
FTD2000 is a domestic high-speed video image processor for engineering video signal processing and evaluation. It supports real-time video acquisition and storage, post-event playback, and multi-format video input/output workflows.
Use FTD2000 when the program requires visible-light camera, thermal infrared camera, or detection equipment video signal evaluation on a compact embedded processing system.
- Real-time video signal acquisition and storage.
- Post-event video signal playback.
- Real-time encrypted data storage.
- Periodic signal output.
- Status indicator lights and related operation feedback.
- Power-off and electrical protection functions.
| CPU | Phytium D2000 octa-core processor |
| FPGA | Fudan Microelectronics chip |
| Operating System | Domestic Kylin operating system |
| Localization Rate | > 99%; imported chips used for SDI interface only |
Current product capabilities within the Image Processing family.
The following capabilities apply to the currently confirmed product, FTD2000. They should not be assumed for future image processing products unless confirmed separately.
Domestic hardware platform
Overall localization rate is greater than 99%, with imported chips used for the SDI interface only.
Domestic CPU and FPGA
CPU uses Tianjin Phytium D2000/8 processor; FPGA uses a Fudan Microelectronics chip.
Domestic Kylin operating system
Provides autonomous control, ease of use, stability, efficiency, safety, and reliability.
Broad domestic CPU platform compatibility
Supports the six major domestic CPU platforms with strong expandability and compatibility.
Real-time encrypted data storage
Supports real-time encryption of stored data.
Periodic signal output
Supports periodic signal output for engineering workflows.
Status indication
Provides status indicator lights and related operation feedback.
Power-off protection
Supports system disk and data disk power-loss protection, including abnormal power-off system protection.
Electrical protection
Supports anti-misinsertion, reverse-connection protection, and short-circuit protection.
Confirmed input, output, and system interfaces for FTD2000.
This interface list is based on the current FTD2000 configuration and should not be read as a universal specification for every future image processing product.
CameraLink video input
Supports CameraLink video signal input.
SDI video input
Supports SDI video signal input through BNC(F).
HDMI / SDI / PAL output
Supports HDMI, SDI, PAL, and other video signal output workflows.
PWM and serial interfaces
Supports PWM and serial interfaces for integration workflows.
USB 3.0 and dual Gigabit Ethernet
Supports USB 3.0 and dual RJ45 Gigabit Ethernet interfaces.
Grounding terminal
Includes an M5 grounding terminal.
Confirmed specifications for the current product.
The following specifications apply to FTD2000. Future image processing products may vary by configuration. Connector model text is preserved from the provided product material and should be manually checked before final publication.
| System Type | High-Speed Video Image Processor |
| Product Model | FTD2000 |
| Video Input | CameraLink / SDI and other video signal inputs |
| Video Output | HDMI / SDI / PAL and other video signal outputs |
| CPU | Phytium D2000 octa-core processor, main frequency ≥ 2.8 GHz |
| GPU Frequency | 800 MHz |
| Single-Precision Floating-Point Peak Performance | 400 GFLOPS |
| Maximum Pixel Fill Rate | 5.4 GPixel/s |
| Maximum Texture Fill Rate | 12.8 GTexture/s |
| Memory | 8 GB DDR4 |
| Memory Speed | Up to 2400 Mbps, compatible with 32-bit instruction set |
| Operating System | Domestic Kylin operating system |
| System Disk | Removable 512 GB solid-state drive |
| Storage Disk | Removable 512 GB solid-state drive |
| Cooling | Dual fans |
| Power Input | DC 12 V +/-10%; supports wider 9-36 V input range |
| Current | ≤ 6 A |
| Power Consumption | ≤ 80 W |
| Dimensions | 200 mm x 200 mm x 60 mm |
| Weight | ≤ 2.5 kg |
| CameraLink Input | 10226-55G3PL |
| SDI Input | BNC(F) |
| SDI Output | BNC(F) |
| PAL Output | BNC(F) |
| PWM | BNC(F) |
| Serial Port 1 | HJ30J-55ZKWP7 |
| Serial Port 2 | HJ30J-55ZKWP7 |
| USB | USB 3.0 |
| Gigabit Ethernet | RJ45 × 2 |
| Grounding Terminal | M5 |
Image processing product-family application scenarios.
These scenarios describe the product direction for high-speed video signal acquisition, processing, playback, camera evaluation, detection equipment evaluation, and engineering integration.
High-speed video signal acquisition
Acquire real-time video signal data from supported video input sources.
Video signal processing and storage
Process and store video signal data for engineering review.
Post-event video playback
Replay post-event video signal data for review or analysis.
Visible-light camera video evaluation
Integrate visible-light camera outputs into video signal evaluation systems.
Thermal infrared camera evaluation
Support thermal infrared camera video signal evaluation workflows.
Detection equipment video evaluation
Integrate with other detection equipment for video signal evaluation.
Engineering test platform integration
Build compact embedded video processing platforms for system integration.
Laboratory video processing verification
Verify video processing, storage, and playback workflows in a lab environment.
Field equipment video signal evaluation
Support field equipment video signal evaluation when interface and power requirements are confirmed.
A restrained workflow for image processing product configurations.
Connect the video source, configure acquisition and output, store real-time data, replay post-event data, integrate camera or detection equipment, and evaluate video signal behavior and system performance.
Connect Input
Connect CameraLink or SDI video input source.
Configure Output
Configure video acquisition and output interface.
Acquire & Store
Acquire and store real-time video data.
Replay Data
Replay post-event video data for review or analysis.
Integrate Equipment
Integrate visible-light, thermal infrared, or detection equipment.
Evaluate Results
Evaluate video signal behavior and system performance.
Confirm interfaces, storage, power, and integration requirements.
Final image processing configuration should be confirmed based on video input format, video output format, storage requirement, playback workflow, camera or detection equipment interface, power input environment, and system integration requirement.
Video I/O
Confirm CameraLink, SDI, HDMI, PAL, and required control or network interfaces.
Storage & Playback
Define real-time acquisition, encrypted storage, and post-event playback workflow requirements.
Integration Environment
Confirm camera or detection equipment interface, power input environment, and system integration requirement.
Need help selecting an image processing configuration?
Send your video input format, output format, camera or detection equipment interface, storage requirement, playback workflow, and integration environment. Our engineering team can help confirm whether FTD2000 or another image processing configuration fits your project.