FLASHWAVE 4570

Multi-Service Provisioning Platform (MSPP)

Fujitsu's FLASHWAVE 4x70 Multi-Service Provisioning Platform (MSPP) series provides telecommunication carriers and service providers with a powerful solution to survive their fiercely competitive industry.

Integrating reliable and intelligent SDH functionality and efficient Ethernet aggregation and switching into a compact body, the FLASHWAVE 4x70 MSPP enables both traditional voice-based services and increasingly diverse data services to be delivered over a unified optical network.

Enriched with next-generation SDH functionality, the FLASHWAVE 4x70 MSPP allows carriers to not only simplify their network, but also to efficiently, flexibly, and dynamically use network bandwidth with a simple management procedure. In this way, the FLASHWAVE 4x70 MSPP helps to satisfy the growing end-user's demand in an increasing variety of broadband services at a substantially reduced cost.

The FLASHWAVE 4570 is an STM-64 MSPP optimized for Metro Aggregation and Core network applications.
Typical node configurations are:

• 2 x STM-64, 8 x STM-1e(1:N), 1 x 10GE (Transparent), 8 x GE(Transparent), 8 x STM-4, 504 x E1, 2GE + 12FE (RPR), 2 x STM-16 subtending rings in single shelf configuration
• Multiple STM-N with direct E1, FE, GE, 10Gbe, FC, and WDM interface

Key Benefits

• Single platform for SDH, Layer 2 switching, and WDM functionalities with GMPLS/ASON ready for future upgrade
• High-density and flexible subrack architecture with as many as 34xSTM-64 or 136 x STM-16 with direct E1 up to 504 x E1 and Ethernet interfaces in single shelf
• All-in-one-box solution to satisfy network and service demands from STM-64, STM-16, STM-4, STM-1, STM-1E, E3, DS3, and E1, to Fast Ethernet, Gigabit Ethernet, 10 Gigabit Ethernet, and Fiber Channel.
• Reliable network supported by traffic protection schemes such as 1+1 MSP, SNCP and 2-fiber MS-SPRing for SDH layer, as well as Rapid Spanning Tree Protocol (RSTP) for Ethernet layer
• Next-generation SDH functionality such as General Framing Protocol (GFP), Virtual Concatenations (VCAT), and Link Capacity Adjustment Scheme (LCAS) functions for dynamic bandwidth allocation, adjustments, and protection
• Non-blocking, large-capacity switching matrix that is optimal for metro aggregation as well as core networks; 340G for high-order VC and 40G for low-order VC
• Small Form-factor Pluggable (SFP) interfaces to deliver optical rate and parameter flexibility on a per-port basis

Ethernet Transport Features

• Data service applications such as EPL (Ethernet Private Line), EVPL (Ethernet Virtual Private Line), EPLAN (Ethernet Private LAN), and EVPLAN (Ethernet Virtual Private LAN)
• Layer 2 processing to reduce the bandwidth requirements, and therefore enable cost-effective data transport over the SDH infrastructure
• VLANs or double-tagged VLANs to enable 802.1p QoS/CoS, as well as segregation of traffic flows, and thereby increase security without sacrificing bandwidth efficiency or network flexibility
• Advanced Resilient Packet Ring (RPR) technology to provide high-reliable and efficient data transport with QoS control

Documentation:

• PDF FLASHWAVE 4570 [151KB]

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