HARDWARE TECHNOLOGY SERVING THE CALL RECORDING INDUSTRY
The OptiLogix HyperCloud.SIP Voice to Cloud Streamer provides powerful features for building advanced cloud based Call Recorders.
Voice to Cloud Streamers for SIP
Each unit combines a compact form factor with low power consumption resulting in unmatched reliability. Fully stand-alone
embedded ARM based Linux system with DSP technology for D-channel decoding, voice processing / encoding and IP streaming.
Each unit combines a compact form factor with low power consumption resulting in unmatched reliability. Fully stand-alone
embedded ARM based Linux system with dedicated network co-processor for packet filtering, RTP audio stream decoding (including
G.722 and G.729) and uploading to the cloud.
Integrated non intrusive passive Ethernet mirroring tap ensures full transparancy in case of power down of the unit and removes the
need for managed switches to do port mirroring in order to capture SIP and RTP traffic.
Audio file buffering and low bandwidth requirements when streaming / uploading to the cloud using the integrated high quality low
bitrate audio encoders (including MP3).
HYPERCLOUD.SIP
Home > HyperCloud.SIP
EMPOWERING CALL RECORDERS
AROUND THE GLOBE 24/7
FEATURES & BENEFITS
• Compact box with passive Ethernet mirroring tap and 10/100 Mbit/s Ethernet port
• Non intrusive and undetectable passive LAN monitoring
• SIP trunk and SIP extension recording with optional DTMF detection, DTMF controlled pause/resume and flat-toning
• Optional support for real-time G.722 and G.729 decoding
• Web interface for system configuration, firmware uploading and channel capacity license upgrading
• Fully stand-alone embedded (Linux) operation with internal RAM and (expandable) SSD storage for audio file buffering
• Supports 64kbit/s A-law, 16kbit/s MP3, 13kbit/s GSM and 8kbit/s MP3 high quality audio encoding for reduced IP bandwidth
cloud streaming
• Optional highly secure encrypted audio files
• FTP and Secure FTP for streaming audio files and meta-data to the cloud
• CE, FCC and RoHS 3 compliance
