Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder

Current

Camera-back 4K HDR encoder with two internal 5G modems for bonded field contribution

The workflows Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder serves, how well it fits each, which slot it fills, and what else is needed.

Core2 workflows

Workflow	Fit	Role · slot	Also needed	Why	Evidence
ENG / breaking news live shot WF-01	Core	Encoder 2. encode 1 per camera/crew	Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder Teradek Data subscription Core Classic subscription Companion: tp.generic.v-mount-battery, prod.node-5g-modem	— Caveat: Bonding needs a Core Cloud subscription or Debonding licence; bands/carrier support for EU not stated on the cached pages; CBRS mode is US-only; the "Q" in the model name is not explained on the pages read. \| Requires (as stated): Teradek Data SIMs or own SIMs \| Subscriptions (as stated): Teradek Core / Core Cloud (bonding needs Cloud subscription or Debonding licence)	confidence: high
REMI / at-home multi-camera sports WF-02	Core	Encoder 2. encode 1 per vehicle	Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder Node 5G Q Series Global Modem Prism Flex Mk II HEVC/AVC 12G-SDI/HDMI Decoder Prism 873 4K 10bit HEVC/AVC 12G-SDI Decoder Card Prism 877 4K 10bit HEVC/AVC Encoder/Decoder Card Core Classic subscription Companion: tp.gopro.camera, tp.brightcove.cdn, tp.vmix.vmix, tp.generic.production-switcher	— Caveat: Vehicle power cut-off by g-force and custom mounts were engineered by the customer; 2-2.5 s latency at decoder in COTA; bonding links quoted differently across Teradek pages (7 vs 9). \| End-to-end latency 2-2.5 s in the COTA setup; not suited to tight-sync multicam without delay management. \| Merged variants: variant quantity: 1 per remote camera	confidence: high

Supporting3 workflows

Workflow	Fit	Role · slot	Also needed	Why	Evidence
Multi-platform streaming WF-05	Supporting	Encoder 2. encode 1 per stream	Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder Core Classic subscription Companion: tp.google.youtube, tp.meta.facebook-live	— Caveat: Restreaming is done in Core, not on the device.	confidence: medium
Point-to-point contribution / return feeds WF-04	Supporting	Encoder: Landing page calls it a contribution encoder; private bonding option avoids the cloud. 2. encode 1 per feed	Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder Core Classic subscription	— Caveat: Needs a decoder or Core endpoint; latency depends on cellular network.	confidence: medium
Single-camera event stream WF-06	Supporting	Encoder 2. encode 1 per camera	Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder Core Classic subscription Companion: tp.generic.v-mount-battery	— Caveat: Higher cost than entry encoders; US-style Gold/V-mount plates.	confidence: medium

Optional1 workflow

Workflow	Fit	Role · slot	Also needed	Why	Evidence
Camera-to-cloud dailies and proxies WF-12	Optional	Encoder 4. encode 1 per camera	Prism Mobile 5G Dual 5G-Q HEVC/AVC Encoder Core Classic subscription Companion: tp.adobe.frame-io, tp.sony.ci, tp.sony.c3-portal, tp.pix.pix, tp.moxion.moxion	— Caveat: Teradek recommends Serv for film camera-to-cloud and Prism for live broadcast camera-to-cloud. \| Subscriptions (as stated): Core, Frame.io, Sony Ci, Sony C3 Portal, PIX or Moxion account	confidence: high

Not suitable2 workflows

Workflow	Fit	Role · slot	Also needed	Why	Evidence
On-set zero-delay monitoring WF-09	Not suitable	—	—	Cellular IP latency, not zero-delay on-set monitoring.	—
RF camera for live sports / IMAG WF-03	Not suitable	—	—	Bonded cellular IP encoder with 2-2.5 s decoder latency in the COTA case; not a zero-delay RF link (record mapping to WF-03 came from the COTA article, which is a cellular use).	—