57-0000085-01 Brocade 10GB STM64 ZR SFP+ Transceiver

Overview of Brocade10GB and STM64 ZR SFP+ Transceiver

The Brocade 57-0000085-01 10GB and STM64 ZR SFP+ Transceiver Single Pack is a premium-grade optical networking module engineered to deliver ultra-reliable, long-distance data transmission for enterprise and carrier-grade infrastructures. Designed for demanding high-bandwidth environments, this transceiver ensures seamless connectivity across fiber-optic networks with exceptional stability and efficiency.

General Specification

• Manufacturer: Brocade
• Part Number: 57-0000085-01
• Device Type: Single Pack Transceiver

Advanced 10GbE and STM-64 Compatibility

• Supports 10Gbps Ethernet data rates for high-speed networking
• STM-64 support for synchronous optical networking (SONET/SDH)
• Interoperable with industry-standard SFP+ ports
• Ideal for backbone, aggregation, and metro network deployment

ZR (Extended Reach) Optical Performance

• Supports long-haul fiber links up to extended distances
• Optimized laser technology for stable optical output
• Reduced latency and enhanced signal precision
• Reliable performance in metropolitan and regional networks

Durability and Operational Stability

• Robust metal housing for enhanced protection
• Heat-resistant design for extended operational lifespan
• Low power consumption for energy-efficient networking
• Compliant with international telecom standards

Optimized for Data Center and Telecom Networks

• Supports high-density switch environments
• Perfect for cloud computing infrastructure
• Enables smooth data flow in distributed systems
• Enhances scalability of network architecture

Plug-and-Play Installation and Ease of Use

• Hot-pluggable design for uninterrupted service
• Easy integration with compatible Brocade devices
• No complex configuration required
• Fast deployment for network expansion projects

Cost-Effective Networking Expansion

• Reduces infrastructure upgrade costs
• Extends life of existing network hardware
• Improves return on investment (ROI)
• Supports scalable growth strategies

Reliable Data Transmission for Critical Applications

• Stable performance under heavy network traffic
• Low bit-error rate for accurate data delivery
• Enhanced signal integrity for sensitive applications
• Trusted solution for enterprise-level operations

Highlight of Brocade 57-0000085-01 10GB SFP+ Transceiver 

The Brocade 57-0000085-01 10GB and STM64 ZR SFP+ Transceiver Single Pack represents a high-performance, carrier-grade optical networking component engineered for long-reach data transmission in enterprise and telecom environments. Designed to support both 10 Gigabit Ethernet (10GbE) and SONET/SDH STM-64 standards, this transceiver module plays a critical role in enabling stable, high-speed connectivity across extended distances. Its ZR (Zero-Dispersion-Shifted Reach) classification ensures optimized signal integrity over long-haul fiber links, making it suitable for metropolitan area networks (MAN), wide area networks (WAN), and inter-data-center connectivity where reliability and bandwidth consistency are essential.

Within modern networking ecosystems, the demand for robust optical transceivers continues to rise as organizations scale their digital infrastructure. The Brocade 57-0000085-01 module is engineered specifically for environments where data integrity, latency reduction, and transmission distance are equally critical. Its dual-protocol capability allows seamless integration into both Ethernet-based and legacy telecom systems, ensuring flexibility for hybrid infrastructures that combine traditional carrier networks with modern high-speed data centers.

Architectural Design and Engineering of the Brocade 57-0000085-01 Module

High-Density SFP+ Form Factor Integration

The Small Form-Factor Pluggable Plus (SFP+) design used in the Brocade 57-0000085-01 ensures compactness without compromising performance. This architecture is widely adopted in high-density switching environments where port space efficiency is a priority. The module is hot-swappable, allowing network administrators to install or replace it without interrupting network operations. This feature is essential in mission-critical environments where downtime must be minimized.

The SFP+ interface also supports enhanced signal integrity and reduced power consumption compared to older optical transceiver standards. This contributes to lower operational costs in large-scale deployments while maintaining high throughput performance for 10GbE and STM-64 applications.

ZR Optical Reach and Long-Distance Transmission Capability

The ZR designation of the Brocade 57-0000085-01 indicates its extended reach capability, typically supporting transmission distances up to approximately 80 kilometers over single-mode fiber, depending on link conditions and optical budget. This long-range capability is essential for inter-city and regional backbone networks where intermediate signal regeneration is not desirable.

By leveraging high-quality laser transmission technology and precision optical components, the module maintains signal integrity over long distances, reducing attenuation and minimizing the need for additional amplification equipment. This results in a more cost-effective and streamlined network architecture for service providers and large enterprises.

Protocol Support and Dual-Network Compatibility

10 Gigabit Ethernet Performance Optimization

In Ethernet environments, the Brocade 57-0000085-01 operates at 10Gbps line speed, enabling high-bandwidth applications such as virtualization, cloud computing, data replication, and large-scale storage synchronization. Its low latency performance ensures that time-sensitive applications such as financial trading systems and real-time analytics platforms can function without bottlenecks.

The module is optimized for full-duplex communication, allowing simultaneous transmission and reception of data streams. This enhances throughput efficiency and supports modern enterprise architectures that rely heavily on continuous data flow between distributed systems.

STM-64 SONET/SDH Transport Network Compatibility

Beyond Ethernet functionality, the Brocade 57-0000085-01 supports STM-64, which corresponds to approximately 9.953 Gbps in SONET/SDH optical transport systems. This compatibility is particularly important in telecommunications environments where legacy infrastructure still plays a significant role in backbone connectivity.

The ability to operate within both packet-based Ethernet networks and circuit-switched SONET/SDH networks provides a bridge between evolving technologies. This dual compatibility ensures service continuity for telecom operators transitioning from traditional transport systems to modern IP-based infrastructures.

Optical Performance Characteristics and Signal Integrity

Laser Transmission and Wavelength Stability

The Brocade 57-0000085-01 utilizes precision laser technology optimized for stable wavelength transmission over single-mode fiber. This stability is crucial for maintaining low bit error rates (BER) across long distances. The ZR classification typically operates around the 1550 nm wavelength range, which is optimal for long-haul optical communication due to its minimal dispersion characteristics in fiber optic cables.

Wavelength stability directly influences network reliability, especially in dense optical environments where multiple channels operate simultaneously. The module’s engineered consistency ensures minimal signal drift, which helps maintain synchronization across network endpoints.

Dispersion Management and Signal Clarity

Chromatic dispersion is one of the primary challenges in long-distance fiber transmission. The Brocade 57-0000085-01 addresses this through optimized optical design that minimizes dispersion effects, thereby preserving signal clarity over extended spans. This is particularly important in high-speed data transmission where even minor distortions can result in packet loss or retransmission overhead.

The module’s internal design also contributes to reduced polarization mode dispersion (PMD), further enhancing signal quality in complex fiber environments. These characteristics make it suitable for backbone networks where consistent performance is required under varying environmental conditions.

Application Scenarios in Enterprise and Telecom Networks

Data Center Interconnect (DCI) Solutions

In modern data center architectures, interconnectivity between geographically distributed facilities is essential for redundancy, disaster recovery, and workload balancing. The Brocade 57-0000085-01 plays a vital role in Data Center Interconnect (DCI) solutions by enabling high-speed, long-distance links between facilities.

Its ability to maintain stable 10GbE performance across extended fiber runs ensures seamless data replication and synchronization between primary and secondary data centers. This is especially valuable for cloud service providers and enterprises operating hybrid or multi-cloud environments.

Telecommunication Backbone Infrastructure

Telecommunication providers rely heavily on optical transceivers like the Brocade 57-0000085-01 to support core network infrastructure. Its STM-64 compatibility ensures integration with existing SONET/SDH systems while also supporting next-generation Ethernet transport.

This dual support allows telecom operators to gradually upgrade infrastructure without requiring complete system overhauls. As a result, network evolution becomes more cost-efficient and operationally stable.

Enterprise Campus and Metropolitan Area Networks

Large enterprise campuses and metropolitan area networks benefit from the long-reach capabilities of this transceiver module. Organizations with multiple office locations or distributed campuses require reliable high-speed connections that can span several kilometers without performance degradation.

The Brocade 57-0000085-01 provides a stable solution for connecting core switches across campus buildings, ensuring uninterrupted communication for mission-critical applications such as ERP systems, unified communications, and centralized data storage.

Reliability, Performance Efficiency 

Carrier-Grade Durability Standards

The Brocade 57-0000085-01 is built to meet stringent carrier-grade standards, ensuring consistent operation in demanding environmental conditions. Its robust design supports extended operational lifecycles, making it a reliable component for long-term infrastructure planning.

Environmental resilience includes tolerance to temperature variations, electrical interference, and continuous high-load operation. These characteristics are essential for deployment in outdoor cabinets, telecom shelters, and high-density data centers.

Energy Efficiency and Operational Cost Optimization

Energy efficiency is a critical consideration in modern networking hardware. The SFP+ architecture used in this module reduces power consumption compared to older transceiver technologies. This leads to lower operational expenses, especially in environments deploying hundreds or thousands of optical modules.

Reduced power usage also contributes to lower heat generation, which in turn reduces cooling requirements within data centers. This creates a cascading effect of cost savings across infrastructure operations.

Strategic Role in Next-Generation Optical Networks

Support for Network Evolution and Scalability

As organizations transition toward higher bandwidth requirements and more distributed architectures, the Brocade 57-0000085-01 serves as a key enabler of scalable optical networking. Its compatibility with both legacy and modern systems ensures smooth network evolution without disruptive overhauls.

Scalability is particularly important in cloud computing environments, where bandwidth demands can increase rapidly due to dynamic workload allocation and user demand fluctuations.

Integration into Hybrid Optical-Ethernet Ecosystems

Modern networks often consist of hybrid environments where optical transport systems and Ethernet-based infrastructures coexist. The Brocade 57-0000085-01 is designed to function efficiently within these mixed environments, ensuring interoperability and performance consistency across different network layers.