MobileAccessVE Control Unit: Dual-Band

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1 features and benefits Low Deployment Cost Flexible and Scalable Architecture Carrier-Grade Management Connects over existing CAT 5e/6 cabling infrastructure utilizing existing Ethernet jacks Simple installation: System can be deployed in days, with minimum disruption to the enterprise. VAPs are remotely powered using Power-over-Ethernet (PoE). No local power required. Cost optimization by leveraging the Full-band CELL-PCS 8-Port VCU as a second-tier controller Minimum macro-network impact with low-power distributed coverage Seamlessly coexists with the Enterprise LAN and does not consume LAN capacity Full-band support for CELL and PCS spectrum Connects to all types of capacity sources: BTS, Picocells, Femtocells and BDAs VAPs can be easily relocated for coverage modifications as needed Ease of expansion provides pay as you grow scalability Support of connected IP devices (Wi-Fi APs, IP Phones, etc) with Ethernet/IP pass-through and PoE maximizes placement flexibility Remote end-to-end system monitoring, management and configuration using a standard web browser and SNMP The VE Dual-Band solution provides enhanced, cost-effective, in-building coverage for any enterprise environment. This solution is quickly and easily deployed using existing cable infrastructure to provide instant coverage without affecting existing LAN services or performance. VE minimizes operational disruption while providing a scalable and flexible solution at a significantly lower total installation cost. The VE Solution The VE solution consists of the following main components: VE Control Unit (VCU) Interfaces with the Service Provider s RF capacity sources and VE Access Pods. The VCU combines wireless services with the Ethernet services and distributes them to VAPs over CAT 5e/6 cables. Each VCU can support up to (12) VAPs and coverage can be expanded by connecting up to (12) Slave VCUs supporting a second-tier architecture. Within the Full-band CELL-PCS platform, both an 8-Port and 12-Port VCU is offered for greater cost optimization and design flexibility within a second tier controller. A Master VCU supports a mixed-mode architecture; allowing Slave VCUs and VAPs to be connected simultaneously. VE Access Pods (VAP) The VAP distributes wireless services and provides Ethernet/IP connectivity, and PoE pass-through to connected IP CPE devices, such as Wi-Fi Access Points (AP). VAPs are distributed at strategic locations across one or more floors and are connected to the VCU via existing CAT 5e/6 infrastructure, which maintains Ethernet communication coexistence. The VAPs are remotely powered by the VCU utilizing PoE (Full-band only [Phase II]), eliminating the need for remote AC powering. VAPs are equipped with internal antennas for both horizontal and vertical orientations, and can support (optional) external vertical, directional or omni-directional antennas via external SMA antenna ports. VE Control Unit Photo CMA194 SPECIFICATION SHEET CMA-130-AEN PAGE 1

2 system specifications Picocell/microcell, BDA Dedicated CAT 6/7 CAT 5e/6 Service Provider s equipment Corning equipment VE Dual-Band Architecture Figure 1 Note: If the Master VCU supports VAPs (in addition to VCUs), the relevant Ethernet ports are also connected to an Ethernet switch. RF Parameters Each Service per Access Pod Composite Output Power (dbm) PCS + G Block CELL UMTS DCS EGSM Noise Figure (db) Mean Gain (db) Max Input Power (with AGC) (dbm) Input Power Range (dbm) Gain Flatness (db) DL UL Adjustable -15 to ± 2.0 Frequency Range (MHz) Services DL UL PCS*** CELL*** UMTS* DCS** EGSM* * Supports configurable contiguous bandwidth of up to 15 MHz DL and15 MHz UL anywhere on the band ** Supports configurable contiguous bandwidth of up to 20 MHz DL and 20 MHz UL anywhere on the band *** Supports the full bandwidth unlimited by blocks SPECIFICATION SHEET CMA-130-AEN PAGE 2

3 specifications (continued) Infrastructure VAP VCU Slave VCU Master VCU Cable Requirements: Unshielded or Shielded Twisted Pair (STP), CAT 5e/6, 24 AWG min Distance Limitations: m (ft) (30-300) Cable Requirements: Shielded Twisted Pair (STP), CAT 6/7, 24 AWG min Distance Limitations: m (ft) (30-300) Standards and Approvals Safety EMC GSM/DCS Complies with CELL/PCS Complies with UMTS Complies with IEC : 2003 UL :2003 CAN/CSA C22.2 No EN V1.2.1:2002 EN V1.5.1:2004 EN V4.6:2005 EN V4.2:2001 / FCC Part 15 EN V8.1.2: 2001 EN v3.2.1:2006 EN V8.02:2000 FCC Part 24 EN SAR Body Testing Complies with EN FCC OET65C:2001 Management Web-based management over LAN connection Remote SNMP Management Static IP Address Preset SPECIFICATION SHEET CMA-130-AEN PAGE 3

4 specifications (continued) VE Control Unit Physical Specifications Supported Services CDMA W-CDMA TDMA & CELL800 GSM/GPRS & EGSM900 GSM/GPRS & DCS1800 CDMA W-CDMA & PCS1900 UMTS2100 Power Cabling Interfaces Remote Management Physical Environmental Input Voltage: V AC, Hz Consumption: 350 W (fully loaded) (2) N-type Female, 50 Ohm Connectors for Interconnection (6) QMA Female, 50 Ohm Connectors (12-Port VCU Full-band / Mixed Band Only) - Supporting simplex and duplex interconnections * 8-Port Ethernet Slave VCU does not support a direct RF source Interface. Must be used in conjunction to an FB 12-Port VCU emphasizing Master/Slave architecture. (1) RJ-45 connector to Master Control Unit (1) RJ-45 connector for Management (1) D-Type 9 female for Local Craft (1) D-Type 15 female for Alarms Outputs (12) RJ-45 connectors for Access Pods (12) RJ-45 connectors for Ethernet Switch SNMP, standard HTTP web browsing over TCP/IP Dimensions (H x W x D) in: 3.5 x 19 x 20.2 (2U in standard 19-in rack) Weight: 21.6 lbs Operating Temperature: 0 to +50 C (32 to +122 F) Storage Temperature: -20 to +70 C (-4 to +158 F) Humidity: 10% - 95% Non-condensing VE Access Pod Physical Specifications Supported Services CDMA W-CDMA TDMA & CELL800 GSM/GPRS & EGSM900 GSM/GPRS & DCS1800 CDMA W-CDMA & PCS1900 UMTS2100 Power Input Voltage: 48V DC via PoE (no local supply) Consumption: 19 W SPECIFICATION SHEET CMA-130-AEN PAGE 4

5 specifications (continued) VE Access Pod Physical Specifications Cabling Interfaces Remote Management Physical Environmental (1) RJ-45 connection for Control Unit (1) RJ-45 connector for Ethernet terminal (1) Integrated CELL/PCS, AWS, LTE (Horizontal) Antennas (2) SMA connectors for (optional) External Antennas FB only has one SMA connector for CELL and PCS Managed via Control Unit Dimensions (H x W x D) in: 10.6 x 10.6 x 2.5 Weight: 3.7 lbs without mounting adapter Operating Temperature: 0 to +40 C (32 to +104 F) Storage Temperature: -20 to +70 C (-4 to +158 F) Humidity: 10% - 95% Non-condensing ordering information VE Control Units VCU-EGSM-UMTS-12E VCU-DCS-UMTS-12E VCU-FB-CELL-PCS-12E VCU-FB-CELL-PCS-8ESL Dual-Band VCU for EGSM/UMTS Bands, 12 Ports, Shared CAT 5e Dual-Band VCU for DCS/UMTS, 12 ports, Shared CAT 5e Dual-Band VCU for Full-band CELL/PCS Bands, 12 Ports, Shared CAT 5e Dual-Band VCU for Full-band CELL/PCS Bands, 8 Ports, Shared CAT 5e, Slave Controller VE Access Pods VAP-EGSM-UMTSE VAP-DCS-UMTSE VAP-FB-CELL-PCSE Dual-Band VAP for EGSM/UMTS Bands, Shared CAT 5e Dual-Band VAP for DCS/UMTS Bands, Shared CAT 5e Dual-Band VAP for Full-band CELL/PCS Bands, Shared CAT 5e SPECIFICATION SHEET CMA-130-AEN PAGE 5

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8 notes Corning, Inc Old Courthouse Road, Suite 300 Vienna, Virginia USA FAX: Tech Support Hotline: or Corning reserves the right to improve, enhance and modify the features and specifications of Corning products without prior notification. All other trademarks are the properties of their respective owners. Corning is ISO 9001 certified. 2012, 2011 Corning. All rights reserved. Published in the USA. CMA-130-AEN / October 2012 DS_VE Dual-Band_CE000xxxx_Rev A01_20SEP11 SPECIFICATION SHEET CMA-130-AEN PAGE 8