Redback Networks SMS1000 Modules: 600-0112 REV 01-CE2-VAC1AA0AAA-SMS1000 Controller Card —

Technical Dossier

Product Details And Specifications

Redback Networks SMS1000 Series: Comprehensive Module Range and Technical Overview

The Redback Networks SMS1000 is a carrier-grade broadband aggregation platform deployed extensively across global heavy-industry and telecommunications infrastructure, including chemical processing facilities, power generation plants, and petroleum refinery control networks. As a high-density subscriber management system, the SMS1000 chassis supports modular line cards, controller cards, and fabric interconnects that enable scalable ATM and IP/MPLS aggregation. Its architecture has been integrated into mission-critical SCADA and DCS environments where long-term hardware availability is a primary operational requirement. The platform's slot-based design allows independent replacement of functional modules without chassis-level downtime, a characteristic that has sustained its deployment lifecycle well beyond the product's commercial end-of-sale date.

The Evolution of SMS1000 Architecture

The SMS1000 was introduced by Redback Networks (subsequently acquired by Ericsson in 2007, rebranded under the Ericsson SmartEdge product line) as a mid-range chassis in the SMS product family, positioned between the SMS10000 high-density core platform and the SMS1000E edge variant. Early hardware revisions utilized a distributed forwarding architecture with dedicated route processor cards and separate switch fabric modules. Subsequent hardware revisions (REV 01 through REV 04) introduced incremental improvements to backplane bandwidth, power supply redundancy, and compatibility with updated line card generations. The CE2 controller designation identifies the second-generation control plane processor, which added support for enhanced OSPF/BGP routing tables and improved SNMP management interfaces. The VAC1AA0AAA suffix encodes the specific hardware configuration: AC power input, standard memory allocation, and baseline feature licensing. Compatibility between controller card revisions and line card generations is a documented constraint — REV 01 CE2 controllers are compatible with first- and second-generation SMS1000 line cards but require firmware validation before deployment alongside third-generation fabric modules. As the platform entered end-of-life status post-Ericsson integration, spare parts sourcing shifted from OEM channels to specialist industrial distributors capable of providing tested, pull-from-service inventory.

SMS1000 Full Catalog & Functionalities (SKU List)

The following SKUs represent the verified SMS1000 module catalog, organized by functional category. Each entry reflects a discrete hardware component with a defined role within the SMS1000 chassis architecture.

Controller & Route Processor Cards

• 600-0112 REV 01-CE2-VAC1AA0AAA-SMS1000: CE2 controller card, AC input, standard config, SMS1000 chassis
• 600-0112 REV 02-CE2-VAC1AA0AAA-SMS1000: CE2 controller card Rev 02, enhanced backplane interface
• 600-0113 REV 01-CE2-SMS1000: Alternate CE2 route processor, single-slot form factor
• 600-0114 REV 01-CE3-SMS1000: CE3 controller card, third-generation control plane processor
• 600-0115 REV 01-SMS1000: Redundant route processor module, hot-swap capable

Switch Fabric & Interconnect Modules

• 600-0120 REV 01-SF1-SMS1000: First-generation switch fabric card, 10 Gbps aggregate
• 600-0121 REV 01-SF2-SMS1000: Second-generation switch fabric, 20 Gbps aggregate capacity
• 600-0122 REV 02-SF2-SMS1000: SF2 fabric Rev 02, improved error correction logic
• 600-0123 REV 01-SF3-SMS1000: Third-generation fabric module, full mesh interconnect

Line Cards — ATM & DSL

• 600-0200 REV 01-OC3-SMS1000: OC-3/STM-1 ATM uplink line card, 4-port
• 600-0201 REV 01-OC12-SMS1000: OC-12/STM-4 ATM uplink line card, single port
• 600-0210 REV 01-ADSL-SMS1000: 48-port ADSL2+ subscriber line card
• 600-0211 REV 02-ADSL-SMS1000: 48-port ADSL2+ Rev 02, improved DSP firmware
• 600-0212 REV 01-VDSL-SMS1000: 24-port VDSL2 subscriber line card

Ethernet & IP Uplink Cards

• 600-0300 REV 01-GE-SMS1000: 4-port Gigabit Ethernet uplink card, SFP-based
• 600-0301 REV 01-10GE-SMS1000: 2-port 10 Gigabit Ethernet uplink, XFP-based
• 600-0302 REV 02-GE-SMS1000: 8-port GE uplink card, enhanced buffer management

Power Supply Modules

• 600-0400 REV 01-AC-SMS1000: AC power supply module, 1200W, N+1 redundancy
• 600-0401 REV 01-DC-SMS1000: DC power supply module, -48V input, 1200W

Sourcing Hard-to-Find & Obsolete SMS1000 Parts

The SMS1000 platform reached commercial end-of-sale following Ericsson's portfolio consolidation of the Redback SmartEdge product line. OEM replacement parts are no longer available through standard distribution channels. DriveKNMS maintains a dedicated inventory of SMS1000 modules sourced from decommissioned carrier and enterprise installations, providing lifecycle extension support for operators who cannot migrate to current-generation platforms due to integration constraints, capital expenditure cycles, or regulatory continuity requirements. All units are cataloged by hardware revision, firmware version, and physical condition grade. For controller cards such as the 600-0112 REV 01-CE2-VAC1AA0AAA-SMS1000, DriveKNMS holds tested pull-from-service stock and can provide revision-matched replacements to ensure backplane compatibility. Customers operating SMS1000 chassis in long-term maintenance mode are advised to establish buffer stock agreements to mitigate lead time risk on critical controller and fabric modules.

Quality Control for the SMS1000 Range

SMS1000 modules undergo a structured inspection and functional test protocol prior to dispatch. Controller cards including the CE2 and CE3 variants are bench-tested using chassis-level power-on verification, control plane initialization checks, and backplane communication validation against known-good reference modules. Switch fabric cards are tested for full-mesh interconnect integrity and error-free data path operation at rated throughput. Line cards are validated for port-level signal integrity, subscriber registration response, and DSP functionality where applicable. Power supply modules are load-tested at 80% rated capacity for a minimum burn-in period. All modules are inspected for capacitor condition, connector integrity, and PCB corrosion prior to functional testing. Units that do not meet acceptance criteria are quarantined and not offered for sale. Test records are retained and available upon request for quality-sensitive procurement processes.