FXC-A8800-16G1T-EX1 - Kiloview
Converters > Digital <> Digital
EAN:6970631326449
€ 2.249,00 + VAT
€ 2.743,78 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 capabilities, it is deeply integrated with RF02 at the system level.
- Real-time monitoring of compute card status through RF02 UI
- Centralized management of power, cooling, and hardware health
- Remote desktop access to each compute card directly from RF02
- Easily routing AV signal inside of the RF02 from or to other module cards, making the workflow even more seamless.
This integration removes the complexity of managing multiple standalone computers, providing a cleaner and more reliable operational experience.
Software-Ready by Design
FXC-A8800 offers options for either Windows or Linux operating systems, allowing users to select the platform that best fits their application environment.
As a full computing unit, FXC-A8800 can run:
- Kiloview software such as recording, KIS, and Multiview
- Third-party AV applications for either production, streaming or audio processing
- Custom or proprietary software developed by system integrators
This flexibility enables software-defined AV workflows while avoiding dependency on external computers.
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 capabilities, it is deeply integrated with RF02 at the system level.
- Real-time monitoring of compute card status through RF02 UI
- Centralized management of power, cooling, and hardware health
- Remote desktop access to each compute card directly from RF02
- Easily routing AV signal inside of the RF02 from or to other module cards, making the workflow even more seamless.
This integration removes the complexity of managing multiple standalone computers, providing a cleaner and more reliable operational experience.
Software-Ready by Design
FXC-A8800 offers options for either Windows or Linux operating systems, allowing users to select the platform that best fits their application environment.
As a full computing unit, FXC-A8800 can run:
- Kiloview software such as recording, KIS, and Multiview
- Third-party AV applications for either production, streaming or audio processing
- Custom or proprietary software developed by system integrators
This flexibility enables software-defined AV workflows while avoiding dependency on external computers.
