FXC-A8800-16G1T-EX1 - Kiloview
Converters > Digital <> Digital
EAN:6970631326449
₦ 4,045,976.43
VAT Included
VAT Included
Adcom - Kiloview
New
Available in 15 days
Kiloview Compute card designed for RF02 with 1TB SSD
FXC-A8800 Compute Card is a high-performance, industrial-grade computing module designed for the Cradle Series RF02.
Each FXC-A8800 is a complete computing unit, integrating CPU, GPU, memory, storage, network, and I/O interfaces - delivering the same capabilities as a professional industrial computer, but in a compact, hot-swappable card form factor.
When deployed in RF02, up to four FXC-A8800 compute cards can be installed in a single 2U system, providing computing power equivalent to four high-performance industrial PCs, while maintaining centralized power, cooling, unified management and system-level stability.
Designed for professional AV environments, FXC-A8800 enables video processing, audio mixing, switching, recording, monitoring, and third-party software operation - forming the computing foundation for software-based AV workflows.
Industrial-Grade Processing Maximum Performance
Powered by the industrial-grade AMD Ryzen 8845HS processor and Radeon RDNA3 GPU, the FXC-A8800 delivers strong computing performance for simultaneous multi-channel 4K video encoding/decoding, video rendering and graphics processing, audio/video mixing, media control and more.
The embedded processor is designed for sustained high-load operation, with a 10-year supply guarantee, ensuring long-term availability and reliability for professional deployments.
Modular Design for Compact, High-Density Deployment
FXC-A8800 adopts a modular, hot-swappable design, working seamlessly with the Cradle Series RF02 platform.
- Supports up to 4 compute cards in a single 2U RF02 system
- High-density computing without external PCs
- Each card operates as an independent computing unit
This architecture allows system integrators to flexibly scale computing resources according to workflow requirements - adding or replacing compute cards without redesigning the entire system.
Unified Management & Monitoring
While FXC-A8800 delivers standalone computing capa
FXC-A8800 Compute Card is a high-performance, industrial-grade computing module designed for the Cradle Series RF02.
Each FXC-A8800 is a complete computing unit, integrating CPU, GPU, memory, storage, network, and I/O interfaces - delivering the same capabilities as a professional industrial computer, but in a compact, hot-swappable card form factor.
When deployed in RF02, up to four FXC-A8800 compute cards can be installed in a single 2U system, providing computing power equivalent to four high-performance industrial PCs, while maintaining centralized power, cooling, unified management and system-level stability.
Designed for professional AV environments, FXC-A8800 enables video processing, audio mixing, switching, recording, monitoring, and third-party software operation - forming the computing foundation for software-based AV workflows.
Industrial-Grade Processing Maximum Performance
Powered by the industrial-grade AMD Ryzen 8845HS processor and Radeon RDNA3 GPU, the FXC-A8800 delivers strong computing performance for simultaneous multi-channel 4K video encoding/decoding, video rendering and graphics processing, audio/video mixing, media control and more.
The embedded processor is designed for sustained high-load operation, with a 10-year supply guarantee, ensuring long-term availability and reliability for professional deployments.
Modular Design for Compact, High-Density Deployment
FXC-A8800 adopts a modular, hot-swappable design, working seamlessly with the Cradle Series RF02 platform.
- Supports up to 4 compute cards in a single 2U RF02 system
- High-density computing without external PCs
- Each card operates as an independent computing unit
This architecture allows system integrators to flexibly scale computing resources according to workflow requirements - adding or replacing compute cards without redesigning the entire system.
Unified Management & Monitoring
While FXC-A8800 delivers standalone computing capa
