Encoding, decoding, switching, storage and device control on a single main board — ten inputs, three outputs, eight microphone inputs and 2 TB of storage in 1U. One host replaces the rack of point products in a meeting room, classroom or hearing room.
WhatsApp Jimmy Email SalesEncoding, decoding, switching, storage and device control run on one main board. No card cage and no backplane contacts, so transport and service introduce no slot faults.
Digital and analog inputs mixed with automatic format and resolution detection; three outputs, one 4K-capable, plus one independent monitoring output.
Independent phantom power and stored gain per microphone. Echo cancellation, feedback suppression and noise suppression run as three separate stages, each disableable.
Two layout engines drive 2, 4, 6, 8 and 9-way splits, picture-in-picture and custom regions up to 4K, with caption, logo and time watermark layers.
H.265 and H.264 high and low streams per channel; four IP streams decoded straight to display. RTSP, RTMP, RTP, ONVIF, H.323 and SIP.
Eight serial ports, two relays and two IR outputs; scene recall, browser-edited control pages and a built-in four-party SIP/H.323 conference with address book.
| Form Factor | 1U chassis, 450 mm depth, for 600 mm cabinets; front panel 1.5 in LCD with six function keys |
|---|---|
| Signal Paths | Ten inputs, digital and analog mixed, automatic format detection; three outputs (one 4K-capable) plus one monitoring output |
| Audio | Eight microphone inputs with independent phantom power; three line inputs, four line outputs; AEC, feedback and noise suppression as separate stages |
| Layout | Two layout engines, more than twenty templates, composition up to 4K; three independent overlay layers; mosaic privacy masking written into the recording |
| Encoding | Ten channels, high and low streams independent; H.265 / H.264 video, AAC / G.711 audio; recordings in standard MP4 |
| Decoding | Four IP streams decoded straight to display, no intermediate transcode; IP cameras connect direct |
| Streaming | RTSP, RTMP, RTP, ONVIF, H.323 and SIP; push to third-party live platforms; viewing QR code generated on the unit |
| Control | Eight serial ports, RS-232 / 485 / 422 per port; two relay outputs, two IR outputs, four USB ports; scene recall bundling layout, audio, devices and recording |
| Conferencing | Four-party conferencing built in, point-to-point SIP and H.323 calling, address book and group call |
| Storage | 2 TB internal, single drive replaceable to 8 TB; about 400 hours of recording at 1080p dual-stream |
| Network | Management and media ports physically separate; embedded real-time kernel, no desktop environment, third-party software not supported |
| Power and Environment | 150 W switching supply with independent linear regulation for the AV path; 0 to 45 °C operating; audio noise floor ≤ -85 dBu |
One 1U host carries switching, DSP, recording, streaming and room control — no rack of point products, one cable plan, one management interface.
Local recording plus live streaming with a viewer QR code; a campus standardises on one SKU across rooms of different sizes.
Verbatim recording with privacy masking and watermark written into the file; the built-in SIP/H.323 conference carries remote participants.
Pairs with the QG-FBST / QG-FBSR distributed nodes; the IX1 covers local switching inside a wider AV-over-IP deployment.
Yes. Encoding, decoding, switching, storage and device control run on one main board, and a scene recall bundles layout, audio, controlled devices and recording jobs into one action.
Yes. Its four decode channels and RTSP / ONVIF ingest sit alongside QG-FBST encoding nodes and QG-FBSR decoding nodes on the same Gigabit network.
No. All ports are on the single main board, so transport and long service introduce no slot contact faults. For larger I/O counts, see QG-IX2 (2U) and QG-IX4 (4U).
CE / FCC / RoHS / REACH. ISO 9001 factory audit reports available on request.
The QG-IX1 is a rackmount AV processor and AV control processor — an integrated AV system in a 1U chassis: encoding, decoding, switching, storage and control on one main board.
Deploy it as the core of an integrated AV system where rack space is limited but switching, audio processing, recording, streaming and central control are all required.
