SunnyStar Co., Ltd
SunnyStar Co., Ltd TE210P 2-port PCI telephone accessory with VPMOCT128 echo cancellation
A two-port PCI card that handles T1, E1 and J1 circuits with a 128-channel hardware echo canceller
- TypeDigital Signaling Type: T1, E1, J1
- SpecificationsBus Type: PCI
- FeaturesEcho Cancellation: Yes
- Hardware echo cancellation via VPMOCT128 module
- Two T1, E1 or J1 digital ports
- PCI 3.3 V bus interface for server density
- Asterisk-compatible with open-source driver API
- Supports CAS, ISDN PRI, PPP, NI2, HDLC
Two-port PCI telephony card
The SunnyStar TE210P is a half-length, full-height PCI card that adds two digital ports for T1, E1 or J1 circuits. It is aimed at system integrators and VoIP developers who need deterministic voice and data transport on standard server hardware.
Hardware echo cancellation under load
An on-board VPMOCT128 module performs 128 channels of echo cancellation in hardware, offloading the host CPU during sustained call traffic. The card supports both line-side and trunk-side interfaces and handles CAS, ISDN PRI, PPP, NI2, HDLC and common data modes without degrading throughput as channel count rises.
Upgrade from single-port or software-only setups
Replacing a single-port card or a pure-software echo canceller doubles port density and removes the processing burden from the main processor. The jump is worth it when call volume exceeds what a single span or CPU-based cancellation can reliably sustain.
Highlights
- Hardware echo cancellation via VPMOCT128 module
- Two T1, E1 or J1 digital ports
- PCI 3.3 V bus interface for server density
- Asterisk-compatible with open-source driver API
- Supports CAS, ISDN PRI, PPP, NI2, HDLC
Specifications
| Brand | Voice Signaling Methods: CAS, ISDN PRI, PRI, PPP, NI2, HDLC |
|---|---|
| Model | TE210P VPMOCT128 |
| Part Number | # of Digital Ports: 2 |
| Type | Digital Signaling Type: T1, E1, J1 |
| Specifications | Bus Type: PCI |
| Features | Echo Cancellation: Yes |
Questions about this item
How much heat does the TE210P add when running all day?
The card operates at 3.3 V and is a half-length full-height PCI board, so its thermal load is low compared with larger telephony cards.
What else must I already own for the TE210P to work?
You need a free 3.3 V PCI slot and a server or PC running Asterisk or an application built on the open-source driver API.
Will the TE210P coexist with my older PCI telephony cards?
It shares the same 3.3 V PCI bus and supports the same CAS, ISDN PRI, PPP, NI2 and HDLC signalling, so it can sit alongside legacy cards in the same chassis.
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