Kentrox AAC-3, CELLSMART, AAC-2TM manual Specifications, Common Modules

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AAC-3®, AAC-2, and CellSMART®

Specifications

AAC-3 CHASSIS

Dimensions (H x W x D): 13.95” x 17.32” x 19” (354.3 x 440 x 482.6 mm)

Weight: 60 lbs. (27 kg)

Mounting: Available for 19-inch or 23-inch standard equipment racks

Operating Temperature: 32º F to 104º F, ambient (0° C to 40° C)

Operating Humidity: 5% to 95%, non-condensing

AAC-2 AND CELLSMART 200 CHASSIS

Dimensions (H x W x D): 6.95” x 17.32” x 19” (176.5 x 440 x 482.6 mm)

Weight: 29 lbs. (13.2 kg)

Mounting: Available for 19-inch or 23-inch standard equipment racks

Operating Temperature: 32º F to 104º F, ambient (0° C to 40° C)

Operating Humidity: 5% to 95%, non-condensing

EMI/ESD/SAFETY

EMI: FCC Part 68, FCC Part 15, Class A, EN55022 Class B

Immunity: EN55024

Safety: UL1950, EN60950, CSA 22.2 No 950 - M95

NEBS: Level 3 certified

SWITCHING BACKPLANE

Cell bus: Dynamic time-allocated, output buffered per port or connection

Maximum system throughput: 524 Mbps (1,168,000 cells/second)

Connections: 8192 VCCs, 512 VPCs, 512 Multicast

POWER SYSTEM

AAC-3:Dual redundant power system. Modular power supplies, field replaceable with unit powered. Monitored with alarms/traps on failure. Forced-air cooled. Supports mixed use of AC/DC power modules.

AAC-2 and CellSMART 200: Single power system. Modular power supply. Monitored with alarms/traps on failure. Forced-air cooled. Supports use of AC/DC power modules.

AC power supply modules: 120/240 VAC (85 to 264 volts), 50/60Hz +/- 3Hz

DC power supply modules: -48 VDC (42 to 60 VDC)

MANAGEMENT ACCESS

Control port: VT100 via RS232 port on front panel (Additional RS232 port on the Integrated System Controller)

Ethernet port: SNMP or Telnet

In-band:SNMP or Telnet

Telnet sessions: Up to 4 concurrently with the Integrated System Controller

Common Modules

INTEGRATED SYSTEM CONTROLLER (ISC)

Clock sources: Internal reference oscillator or recovered from user-specified physical port

Clock fallback: User-selectable primary and secondary clock source with automatic fallback and recovery

Internal reference: Oscillator Stratum 4 or better

Power loss protection: Loss of all input line power will not affect the configuration settings; performance data will be maintained for 12 hours upon loss of power

Alarm: Critical, Major, and Minor alarm indicators are viewable from the rear Contact closure for audible and visual alarms

ACO (Automatic Cut Off) button disables audible alarms Configuration backup: Pluggable Type II compact flash

Management access: Ethernet port and DTE asynchronous port for dial-up modem (in addition to front panel port)

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Contents Multi-service Access Concentrators AAC-3, AAC-2, and CellSMART DescriptionApplications ModulesPerformance Monitoring Element ManagementTraffic Management Standards ComplianceAAC Service Data Module SDM Supports ATM Managed Services SLA MonitoringSpecifications Common ModulesSelect Protocol Modules Select Physical Layer Modules DS3 and E3 Physical Layer Modules OC-3C/STM1 Single and MULTI-MODE Physical Layer ModulesQuad Ethernet Physical Layer Module Physical Layer Modules CellSMART 200 ATM IMA SystemsAccessories Power CordsMemory Cards with Software Multi-service Access Concentrators

AAC-2TM, CELLSMART, AAC-3 specifications

Kentrox, a leader in network management solutions, has developed several innovative platforms, notably the CELLSMART, AAC-3, and AAC-2TM. These products are specifically designed to optimize communication networks, ensuring high efficiency and reliability.

The CELLSMART platform is engineered to enhance cellular network management. Its primary feature is the ability to monitor and control performance in real-time, which enables operators to proactively manage network issues and optimize resource allocation. CELLSMART utilizes advanced analytics and machine learning algorithms to predict potential problems before they impact network performance. This predictive capability significantly reduces downtime and improves the overall user experience.

In addition, CELLSMART features a user-friendly interface that allows network engineers to visualize critical data easily. The platform supports a wide range of wireless technologies, including LTE and 5G, making it a versatile solution for various network environments. Another characteristic of CELLSMART is its scalability, allowing operators to expand their monitoring capabilities as their network grows.

The AAC-3, or Advanced Access Controller, is another key product from Kentrox. This versatile device supports a multitude of communication protocols, making it compatible with various systems and technologies. One of its standout features is its ability to consolidate data from multiple sources, providing a comprehensive view of network performance. The AAC-3 is equipped with robust security measures, ensuring that data integrity and privacy are maintained.

Moreover, the AAC-3 supports both wired and wireless connections, enabling flexible deployment in different environments. Its modular architecture allows for easy upgrades and modifications, ensuring longevity and adaptability to future technology advancements.

The AAC-2TM, or Advanced Access Controller 2 with Telecommunications capabilities, represents the next evolution in accessibility and control. It offers enhanced operational efficiency through automated configuration and management features. AAC-2TM is designed specifically for mission-critical telecommunications applications, where reliability and uptime are paramount.

This model emphasizes energy efficiency, contributing to sustainable operations while reducing costs. It integrates seamlessly with existing infrastructure, allowing for an easier transition and implementation process. With its enhanced troubleshooting tools, the AAC-2TM facilitates quick problem resolution, further optimizing network performance.

In summary, Kentrox’s CELLSMART, AAC-3, and AAC-2TM platforms provide comprehensive solutions for network performance monitoring, management, and optimization. Their advanced technologies and robust features position them as essential tools for communications operators seeking to enhance reliability and efficiency in their networks.