JH182-61001 HPE 5930 24-Port 10Gbase-T And 2-Port Qsfp+ With Macsec Module

Overview of HPE JH182-61001 5930 Series

Optimized for Data-Intensive Network Environments

The HPE JH182-61001 5930 switch module is engineered to deliver robust, high-speed connectivity for modern enterprise infrastructures. Designed with scalability and security in mind, it supports demanding workloads across data centers, cloud networks, and enterprise campus deployments.

General Information

• Brand: HPE
• Part Number: JH182-61001
• Product Type: Expansion Module

Technical Specification

•  Focuses on maximizing throughput, minimizing latency.
• Allows the module to maintain high-speed connectivity.
• Ensures secure communication between directly connected devices.
• The dual QSFP+ ports provide high-bandwidth uplink connectivity.

Key Features 

• 24 x 10GBASE-T ports for high-speed copper connectivity
• 2 x QSFP+ uplink interfaces for enhanced backbone performance
• Integrated MACsec support for advanced data encryption and secure transmission
• Built for high-density switching environments with flexible deployment options

Performance Optimization Capabilities

• Supports high-bandwidth applications with minimal packet loss
• Optimized switching fabric for improved traffic handling efficiency
• Designed to reduce congestion in multi-user enterprise networks

Security Enhancements with MACsec

• MACsec encryption ensures secure layer 2 communication
• Protects sensitive data against interception and tampering
• Ideal for compliance-driven industries requiring strict security standards

Deployment Flexibility

• Suitable for enterprise core, aggregation, and access layers
• Supports scalable infrastructure expansion without performance degradation
• Seamless integration with existing HPE networking ecosystems

Build Quality and Reliability

• Enterprise-class hardware architecture for long-term stability
• Redundant design principles for improved uptime
• Efficient thermal and power management system

Interface and Connectivity Specifications

• 24-port 10GBASE-T copper Ethernet interfaces
• 2-port QSFP+ high-speed uplink connectivity
• Supports high-throughput data transfer between network layers

Network Capabilities

• Optimized for virtualization and cloud-based workloads
• Efficient traffic segmentation and routing performance
• Enhanced bandwidth utilization across connected devices

Enterprise Networking

• Data center aggregation and core switching
• High-performance enterprise campus networks
• Secure financial, educational, and corporate environments

Cloud and Virtualized Environments

• Supports hybrid cloud connectivity solutions
• Enhances virtualization performance and scalability
• Efficient handling of distributed computing traffic

Outline of HPE JH182-61001 5930 24-Port 10GBase-T Module

Enterprise-Class Switching Expansion for High-Density 10G Environments

The HPE JH182-61001 5930 24-Port 10GBase-T and 2-Port QSFP+ with MACsec Module is a high-performance expansion component designed to enhance the capabilities of HPE FlexNetwork 5930 Series switches. It is engineered to meet the increasing demands of modern enterprise networks, data centers, and campus aggregation layers where high-speed connectivity, secure data transmission, and flexible uplink options are essential. This module integrates twenty-four 10GBase-T copper ports along with two high-speed QSFP+ uplink ports, delivering a balanced combination of access density and backbone connectivity.

In environments where virtualization, cloud computing, and large-scale application delivery are dominant, this module provides a scalable and reliable switching extension. It is particularly valuable for organizations that require deterministic performance and strong encryption capabilities without compromising on port density or operational simplicity. The inclusion of MACsec support further strengthens its positioning in security-sensitive deployments.

Hardware Architecture and Design Principles

Engineered for High-Density Network Aggregation

The architectural design of the HPE JH182-61001 module focuses on maximizing throughput while minimizing latency. By combining 10GBase-T copper interfaces with QSFP+ fiber uplinks, it enables seamless integration into both legacy and modern network infrastructures. The copper-based 10GBase-T ports support RJ-45 connections, making them compatible with existing structured cabling systems, which significantly reduces upgrade costs in enterprise environments.

Signal Integrity and Electrical Efficiency

Each 10GBase-T port is optimized for signal integrity over twisted-pair cabling, ensuring stable transmission at 10 gigabits per second. Advanced PHY (physical layer) components are integrated to manage noise reduction, echo cancellation, and cross-talk suppression. This allows the module to maintain high-speed connectivity even in dense rack deployments where electromagnetic interference can be a concern.

QSFP+ Uplink Architecture

The dual QSFP+ ports provide high-bandwidth uplink connectivity, supporting 40GbE or breakout configurations depending on transceiver selection. These uplinks are essential for connecting to core switches or spine layers in a data center topology. The design ensures low-latency switching paths and high aggregate throughput, making it suitable for spine-leaf architectures and aggregation layers in large-scale deployments.

High-Speed Backbone Integration

By leveraging QSFP+ interfaces, the module enables seamless scaling of network backbones. This ensures that traffic from the 24 access ports can be efficiently forwarded to upstream devices without bottlenecks. The uplinks are engineered for deterministic performance under heavy workloads such as virtualization clusters, big data processing, and enterprise application hosting.

10GBase-T Port Density and Connectivity Advantages

Flexible Copper-Based Networking for Enterprise Environments

The inclusion of 24 10GBase-T ports allows organizations to utilize existing copper infrastructure while upgrading to higher bandwidth capabilities. This is particularly beneficial for enterprises that want to avoid the cost and complexity of full fiber deployments at the access layer. The module supports auto-negotiation and backward compatibility with lower-speed Ethernet standards, ensuring smooth integration into mixed environments.

Backward Compatibility and Migration Support

One of the key strengths of the 10GBase-T implementation is its ability to support incremental upgrades. Organizations can transition from 1G or 100M environments to 10G speeds without replacing entire cabling systems. This reduces downtime and capital expenditure while improving network performance significantly.

MACsec Security Integration and Data Protection

Hardware-Based Encryption for Secure Communications

The MACsec (Media Access Control Security) module integrated into the HPE JH182-61001 provides line-rate encryption for Ethernet traffic. This ensures that data traveling across the network is protected against interception, tampering, and unauthorized access. MACsec operates at Layer 2, providing transparent encryption without requiring changes to higher-layer protocols or applications.

End-to-End Network Security Enforcement

MACsec implementation ensures secure communication between directly connected devices, making it ideal for protecting sensitive enterprise traffic. It is particularly important in industries such as finance, healthcare, and government, where compliance with strict data protection regulations is required. The encryption is hardware-accelerated, ensuring no degradation in performance even under full port utilization.

Key Management and Authentication Mechanisms

The module supports advanced key agreement protocols that enable secure distribution and rotation of encryption keys. This reduces the risk of key compromise and ensures continuous protection of network traffic. Authentication mechanisms verify the legitimacy of connected devices before allowing encrypted communication channels to be established.

Compatibility with HPE 5930 Switch Series

Seamless Integration into Modular Switch Platforms

The HPE JH182-61001 module is specifically designed for compatibility with the HPE FlexNetwork 5930 Series switches. This ensures plug-and-play integration into existing network infrastructures that rely on modular switching platforms. Once installed, the module becomes an integral part of the switch’s forwarding and control plane architecture.

Unified Network Operating System Support

The module operates under the same network operating system as the host switch, enabling centralized configuration, monitoring, and management. This reduces administrative complexity and ensures consistent policy enforcement across all interfaces. Administrators can manage VLANs, routing policies, and security configurations from a single interface.

Data Center and Campus Deployment Compatibility

Whether deployed in enterprise campus environments or data center racks, the module provides consistent performance and interoperability. It supports modern networking paradigms such as virtualization-aware switching, distributed access control, and automated network provisioning.

Performance Characteristics and Throughput Optimization

Non-Blocking Architecture for High-Speed Data Flow

The switching architecture of the module is designed to deliver non-blocking performance, ensuring that all ports can operate at full capacity simultaneously without congestion. This is critical in environments with heavy east-west traffic, such as virtual machine migration or distributed application processing.

Low Latency Packet Forwarding

The hardware-based forwarding engine ensures minimal latency between ingress and egress ports. This is achieved through optimized ASIC design and efficient buffering mechanisms. The result is consistent packet delivery performance even under high utilization conditions.

Throughput Efficiency in Enterprise Workloads

The combination of 10GBase-T access ports and QSFP+ uplinks enables the module to handle large-scale data flows efficiently. It is particularly suited for workloads involving database replication, cloud service delivery, and high-performance computing clusters.

Enterprise Deployment Scenarios

Campus Network Aggregation Layer Deployment

In enterprise campus environments, the module serves as an ideal aggregation layer component. It consolidates traffic from access switches and forwards it to core switching infrastructure. This improves network efficiency and simplifies hierarchical design structures.

Data Center Leaf-Spine Architecture Integration

Within modern data center environments, the module can function as a leaf switch component in spine-leaf architectures. The QSFP+ uplinks provide high-speed connectivity to spine switches, ensuring scalable and resilient network design.

Virtualization and Cloud Infrastructure Support

The module is optimized for virtualized environments where multiple virtual machines generate high volumes of east-west traffic. It supports dynamic workload distribution and ensures consistent network performance across virtualized workloads.

Quality of Service and Traffic Engineering

Advanced QoS Mechanisms for Traffic Prioritization

The module incorporates sophisticated Quality of Service mechanisms that allow administrators to prioritize critical traffic types. This ensures that latency-sensitive applications such as voice over IP, video conferencing, and real-time analytics receive appropriate bandwidth allocation.

Traffic Classification and Scheduling

Traffic can be classified based on multiple parameters including VLAN tags, IP precedence, and application type. Once classified, packets are scheduled according to predefined policies that optimize network efficiency and user experience.

Redundancy and Network Resiliency

High Availability Design Principles

The HPE JH182-61001 module is designed with redundancy in mind, ensuring continuous operation even in the event of partial network failures. Its integration with redundant switch fabrics and link aggregation technologies enhances overall system reliability.

Link Aggregation and Failover Support

The module supports link aggregation protocols that allow multiple physical links to be combined into a single logical connection. This improves bandwidth utilization while providing automatic failover in case of link failure.

Scalability and Modular Network Expansion

Flexible Network Growth Without Infrastructure Replacement

One of the key advantages of this module is its ability to scale network capacity without requiring complete infrastructure replacement. Organizations can expand their network capabilities by simply adding or upgrading modules within existing switch chassis.

Future-Proof Network Investment Strategy

The modular design ensures that enterprises can adapt to evolving network requirements without significant capital reinvestment. This makes it a strategic choice for long-term infrastructure planning.

Configuration and Network Management

Centralized Administration and Control

The module is managed through the host switch’s operating system, enabling centralized configuration of all ports and services. Administrators can deploy configurations across multiple interfaces simultaneously, improving operational efficiency.

SNMP and Automation Support

The module supports SNMP-based monitoring and integration with network automation tools. This enables real-time visibility into network performance and simplifies large-scale deployments.

Energy Efficiency and Thermal Optimization

Low Power Consumption Design

Despite its high port density and performance capabilities, the module is designed to optimize power consumption. Advanced power management techniques ensure that unused ports consume minimal energy, contributing to overall operational efficiency.

Thermal Dissipation and Cooling Efficiency

The hardware layout is optimized for efficient airflow within switch chassis systems. This ensures stable operation even in high-density rack environments where thermal management is critical.

Enterprise Benefits and Strategic Value

Improved Network Performance and Security

The combination of high-speed connectivity, MACsec encryption, and modular scalability makes this module a valuable asset for enterprise networks. It enhances both performance and security simultaneously, which is essential for modern digital infrastructure.

Cost Efficiency and Infrastructure Optimization

By leveraging existing copper cabling and modular expansion capabilities, organizations can significantly reduce infrastructure upgrade costs. This makes the module a cost-effective solution for network modernization.

Comparative Positioning in Enterprise Networking Ecosystems

Advantages Over Fixed-Port Switching Solutions

Unlike fixed-port switches, this modular solution allows organizations to adapt their network configurations dynamically. This flexibility is particularly important in environments where network requirements change frequently.

Enhanced Flexibility and Long-Term Adaptability

The ability to upgrade or replace modules independently of the entire switch system provides a significant operational advantage. It ensures that network infrastructure remains aligned with evolving business needs without requiring complete hardware replacement.