Digital wireless audio · connecting smart spaces
Core Capabilities · Based on Configuration and Testing
System capabilities come from the collaboration of nodes, platforms, networks, and applications. Only by putting functions, licensing, environment, and acceptance methods on the same checklist can you determine whether a solution is suitable for a school.
TP-DW01 and TP-DW02 together with the matched teacher microphone form the planned link. Co-frequency coexistence, mobile coverage, volume, and howling prevention should be verified; disconnection of the campus network does not mean the mains power can also be disconnected.
Having a coding channel does not mean a microphone is connected; check the input device, routing, and permissions. Teaching feedback should have a visible status, usage restrictions, and a close/exit option.
TP-DS04 plans mixing, speaking control, and AEC, ANS, AGC; end-side adaptation and room conditions jointly determine call performance, and the number of concurrent groups is not the capacity of each group.
TP-DS02 plans the bridged campus. Check the firewall, NAT, egress bandwidth, encryption, and relay paths, and measure one-way and round-trip latency separately.
Recognition, translation, synthesis, large models, and knowledge bases can be distributed across different locations, and deployment and licensing must be verified item by item; privacy boundaries cannot be judged based on a single local server alone.
Application outputs must be validated using school-authorized samples, comparing the effects of language, noise, course, and device. Teachers are responsible for error correction, and auxiliary reports should not be used directly for high-stakes evaluation.
The following objectives should each have their measurement criteria agreed upon separately, and are not assumed to hold simultaneously under the same configuration and the same load by default.
| Capabilities | Planning Objectives (to be tested) | Test Conditions and Records |
|---|---|---|
| TP-DS01 Platform Capacity | Terminals ≥2000, zones ≥500, concurrent audio streams ≥500 | Specify server configuration, authorization, audio format, flow direction, network topology, and load. |
| Audio bandwidth | TP-DS01 Single channel ≤0.1Mbps | Specify the encoding bitrate, protocol overhead, retransmission, and unicast or multicast mode; reserve service margin |
| TP-DS04 Conference Scheduling | Standalone unit ≥200 rooms, concurrent ≥50 groups | Clarify the total number of participants and the size of each group, and separately verify mixing, stability, and priority. |
| Audio latency | TP-DS04 LAN end-to-end <50ms, cross-campus bridging <300ms | Clarify the measurement boundaries, network jitter, buffering, and processing load from audio pickup to playback or bridging |
| AI Concurrency and Response | TP-DS05 transcription ≥32 channels, translation ≥16 channels; TP-DA01 end-to-end <1s | Test by model, language, computing power, sentence length, and output method; it is not guaranteed that all modes will be achieved simultaneously. |
| Fault scenario | Plannable retention capability | A premise that cannot be omitted |
|---|---|---|
| Campus network outage | Classrooms with independent local links continue wireless amplification | Power supply, pairing, and wireless reception are normal; network broadcasting, conferencing, and cloud AI may be unavailable |
| Main server failure | Configured primary/standby takeover or terminal cache playback | Primary/backup authorization, synchronization, terminal storage, and pre-issued tasks; item-by-item actual testing of switchover and recovery |
| Cloud service or external network unreachable | Deployed campus local broadcasting and on-campus operations | Local authentication, scheduling, and resources do not depend on the cloud; cross-campus and cloud AI cannot be guaranteed based on this |
| Mains power interruption | Some broadcast links within the backup power supply support range | UPS coverage includes switches, servers, terminals, and power amplifiers, with battery life measured based on actual load |
Academic affairs, OA, recording and broadcasting, and fire protection separately register API, SIP, RTP, HTTP, MQTT, serial port, or dry contact conditions; interface names must not be treated as interoperability certificates.
Set up least privilege, zone-based access, service identity authentication, and necessary network isolation. Open technical interfaces do not mean that arbitrary terminal access is allowed.
Test paging, joining, priority, timeout, disconnection and recovery; fire-related projects shall be designed and accepted by units with corresponding qualifications in accordance with applicable specifications.
Record firmware, software, licensing, wiring, configuration, and test results, and clarify the potential compatibility impacts of future upgrades.
Tell us the number of classrooms, network conditions, and usage scenarios, and let's determine the right broadcast, conferencing, and AI configuration together.
Content maintenance:SOYO Technology Development Co., Ltd. · Update:
Product line solution planning | Functions, specifications, and compatibility are subject to official models, actual configurations, and testing. AI applications must implement data authorization and human review according to the deployment method; images are for reference only to the appearance of existing products.
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