
In Stock
Poly CCX 600 BMP MS PoE-E TAA Desk Phone | Microsoft Teams | Enterprise
Poly
MPN: 849A8AA#ABA
$565.32$783.95
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Poly CCX 600 desk phone platform
- Microsoft Teams support
- PoE-E powered operation
- TAA designation for procurement alignment
- Enterprise desk phone form factor
- Vendor: Poly
- MPN: 849A8AA#ABA
- Support Microsoft Teams calling with a dedicated enterprise desk phone
Deliver a desk phone experience that matches the pace of executive and knowledge-worker communication. The Poly CCX 600 BMP MS PoE-E TAA is positioned for Microsoft Teams environments and powered over Ethernet, making it a practical choice for organizations that want a consistent, centrally managed endpoint at the desk.
For IT teams, PoE-E reduces installation complexity and helps standardize deployments across offices, trading floors, and private workspaces. For users, a dedicated enterprise desk phone provides a stable calling surface that is always ready, always connected, and not dependent on a laptop dock or softphone session.
The TAA designation makes this model relevant for procurement environments with compliance requirements, while the Poly brand carries the expectation of business-grade voice hardware. In premium desk deployments, the difference is not just the device itself, but the operational simplicity it brings: fewer variables, cleaner desks, and a more reliable communication endpoint for people who spend their day on calls.
Ideal For
- Executive desks that need a dedicated Teams phone
- Enterprise offices standardizing on PoE-powered endpoints
- Procurement programs requiring TAA-aligned hardware
- Knowledge workers who rely on a stable desk calling device
Why This Product
- 1Desk-phone format suits users who need a dedicated calling device
- 2PoE-E supports cleaner, lower-friction deployment
- 3TAA designation helps satisfy procurement requirements
- 4Microsoft Teams alignment fits standardized enterprise communication stacks



