IFREECOMM 捷视飞通

Core Technologies

With 18 years of deep expertise in video communications, we partnered with Tsinghua University to co-develop LingMou ultra-low-latency transmission (achieving end-to-end latency as low as 35ms). Powered by a dual-engine technology framework — xEnc ultra-low-bitrate compression and the iFOS full-stack video engine — it provides a robust foundation for remote control operations, enterprise video solutions, and secure XinChuang (domestic IT) deployments.

Core Technologies

IFREECOMM builds the foundational video technology for the robotics era through self-developed ultra-low latency, ultra-low bitrate, and full-stack video engine capabilities. Below are our seven core competencies:

· Ultra-Low Latency Communication & Codec Technology (Core Competitiveness)

This is IFREECOMM's most distinct technological barrier globally:

End-to-End Latency ≤40ms (35ms extreme in wired/wireless), reaching human-imperceptible levels — an ~87% improvement over traditional video transmission (~300ms).

Based on the proprietary "LingMou" XunYing Codec, supporting 4K/1080P H.264/H.265.

Employs dedicated AI operator technology to intelligently adapt to network conditions, reducing congestion and delay.

Supports multi-network transmission: 4G/5G, wireless radio, Wi-Fi, ad-hoc mesh, Internet/WAN.

Resilient to 20%–30% packet loss with single-channel bandwidth as low as 512Kbps–8Mbps.

Certified by the CMC Equipment Development Department's "Huiyan Action", positioning it as a critical technology for military unmanned operations, remote vehicle/drone control, and telesurgery.

· xEnc Ultra-Low Bitrate Video Compression Algorithm

Doubles compression efficiency (saving 50% bandwidth compared to mainstream algorithms).

Fully compatible with the HEVC (H.265) international standard.

Computational consumption matches mainstream algorithms, making it ideal for edge computing devices.

Together with the "LingMou" codec, it forms the "dual-engine" technology foundation for the AI robotics era.

· Full-Stack Video Communication & Codec Technology

Covers both standard private networks and cloud video conferencing via H.323/SIP + SFU frameworks.

Supports AVC/SVC and H.265 4K UHD video encoding/decoding.

vLink Patented Network Transmission: Intelligent flow control, Forward Error Correction (FEC), and lip-sync ensure crystal-clear audio and video even under 40% packet loss.

AAA Audio Processing: AEC (Echo Cancellation), ANS (Noise Suppression), and AGC (Gain Control).

· iFOS Video Engine (Proprietary Technology)

Abstracts full-stack video communication into dual-framework APIs and SDKs.

Accelerates industrial application with high market share in justice, healthcare, and government sectors.

Builds the "FOS+" video ecosystem alliance.

01

Secure Video Communication Technology

Developed the Panshi Series based on the BMB56 national security standard.

End-to-End Encryption (AES-512 level security) ensures absolute meeting safety.

Participated in drafting technical specifications for XinChuang (IT Application Innovation) audio/video systems.

Fully supports domestic environments (Kylin OS, UOS, LoongArch, etc.).

02

Cross-Platform Development Capabilities

Hardware Platforms: TI, ADI, Hisense, FPGA.

Operating Systems: Windows, iOS, Linux kernel/driver customization, Android low-level application development.

Terminal Coverage: PC clients, mobile apps, Web, Mini-programs, smart collaboration terminals, and legacy H.323/SIP devices.

03

AI & Multi-Service Fusion

AI Edge Applications: Face recognition, behavior analysis, smart voice processing.

Multi-Service Integration: Video conferencing + Monitoring + Streaming + Instant Messaging + Data Collaboration.

Digital Court Trial System: Combines AI with video communication, holding over 50% national market share.