
In Stock
Poly CCX 400 BMP SIP PoE-e by HP Inc. | Open SIP, PoE Desk Phone
HP Inc.
MPN: 849A1AA#AC3
$209.80$309.95
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Open SIP business media phone
- PoE-enabled desk phone
- Compact desktop form factor
- Designed for shared and task-based workspaces
- Enterprise telephony endpoint
- Streamlined user interface for calling workflows
- Streamline desk deployment with PoE-powered operation
- Support Open SIP calling via business media phone design
Support essential voice workflows without adding complexity. The Poly CCX 400 BMP SIP PoE-e is designed for Open SIP deployments that need a compact, purpose-built desk phone for daily communication. Its PoE-powered design reduces cable clutter and makes rollout easier across offices, branches, and shared work areas.
This model is a strong fit when you want a straightforward business media phone rather than a feature-heavy endpoint. It gives IT teams a clean path for standardizing desk telephony while keeping the user experience simple for reception, administrative, and front-line staff. The compact footprint helps preserve desk space, and the PoE architecture supports cleaner installs in managed environments.
For organizations that value consistency, this phone fits naturally into controlled UC deployments where reliability, ease of provisioning, and predictable operation matter more than consumer-style extras. It is a practical choice for teams that need a professional endpoint aligned to enterprise telephony standards.
Ideal For
- Reception desks requiring a compact SIP phone
- Shared office workstations in managed UC environments
- Administrative teams standardizing on PoE desk phones
- Branch offices deploying simple business media endpoints
Why This Product
- 1PoE-powered deployment reduces cabling versus AC-powered desk phones
- 2Open SIP support fits standards-based UC environments
- 3Compact design suits shared desks and reception areas
- 4Focused business media design avoids unnecessary endpoint complexity



