Juniper

The Juniper QFX5700 and QFX5700E Switches are next‑generation, modular and fabric‑less spine‑and‑leaf switches that offer flexibility, cost efficiency with lower‑per‑bit, high‑density 400GbE, 100GbE, 50GbE, 40GbE, 25GbE, 10GbE, and 1GbE interfaces for server and  intra‑fabric connectivity. A versatile, future‑proven solution for today’s data centers, the QFX5700 and QFX5700E switches support and deliver a diverse set of use cases. The line supports advanced Layer 2, Layer 3, and Ethernet VPN (EVPN)—Virtual Extensible LAN (VXLAN) features. For large public cloud providers—early adopters of servers to meet explosive workload growth‑the QFX5700 and QFX5700E switches support very large, dense, and fast 400GbE IP fabrics based on proven internet scale technology. For enterprise data center customers seeking investment protection as they transition their server farms from 1GbE to 10GbE to 25GbE, the switches also provide a high radix‑native 100GbE/400GbE EVPN‑VXLAN spine option at reduced power and a smaller footprint.

Continuous evolution of AI/ML technology along with new applications are driving the next major shift in bandwidth requirement within the data center fabric. Juniper QFX5240 line of Switches is a next-generation, fixed-configuration platform designed for spine, leaf, and border switch roles. The switch provides flexible, cost-effective, high‑density 800GbE, 400GbE, 100GbE, and 50GbE interfaces for intra-IP fabric connectivity as well as higher density 200/400GbE NIC connectivity for AI/ML use cases. It’s 51.2 Tbps unidirectional throughput meets the bandwidth requirement of AI/ML workloads and storage systems with latency starting at 750 ns (Cut-through) and 950 ns (Store and Forward). Remote direct memory access (RDMA) is the de-facto data transfer technology used in AI/ML workloads, and it uses remote direct memory access over Converged Ethernet v2 (ROCEv2) for transport at the network layer. The QFX5240 line of switches supports ROCEv2 along with congestion management features like Priority Flow Control (PFC), explicit congestion notification (ECN), and data center quantized congestion notification (DCQCN). The QFX5240 line of switches helps reduce the number of network nodes deployed—decreasing the total power consumption of the data center fabric and improving the carbon footprint of the data center. These improvements are possible by having different breakout options like 128x400GbE, 256x200GbE, and 320x100GbE. 

Continuous evolution of AI/ML technology along with new applications are driving the next major shift in bandwidth requirement within the data center fabric. Juniper QFX5240 line of Switches is a next-generation, fixed-configuration platform designed for spine, leaf, and border switch roles. The switch provides flexible, cost-effective, high‑density 800GbE, 400GbE, 100GbE, and 50GbE interfaces for intra-IP fabric connectivity as well as higher density 200/400GbE NIC connectivity for AI/ML use cases. It’s 51.2 Tbps unidirectional throughput meets the bandwidth requirement of AI/ML workloads and storage systems with latency starting at 750 ns (Cut-through) and 950 ns (Store and Forward). Remote direct memory access (RDMA) is the de-facto data transfer technology used in AI/ML workloads, and it uses remote direct memory access over Converged Ethernet v2 (ROCEv2) for transport at the network layer. The QFX5240 line of switches supports ROCEv2 along with congestion management features like Priority Flow Control (PFC), explicit congestion notification (ECN), and data center quantized congestion notification (DCQCN). The QFX5240 line of switches helps reduce the number of network nodes deployed—decreasing the total power consumption of the data center fabric and improving the carbon footprint of the data center. These improvements are possible by having different breakout options like 128x400GbE, 256x200GbE, and 320x100GbE.

Continuous evolution of AI/ML technology along with new applications are driving the next major shift in bandwidth requirement within the data center fabric. Juniper QFX5240 line of Switches is a next-generation, fixed-configuration platform designed for spine, leaf, and border switch roles. The switch provides flexible, cost-effective, high‑density 800GbE, 400GbE, 100GbE, and 50GbE interfaces for intra-IP fabric connectivity as well as higher density 200/400GbE NIC connectivity for AI/ML use cases. It’s 51.2 Tbps unidirectional throughput meets the bandwidth requirement of AI/ML workloads and storage systems with latency starting at 750 ns (Cut-through) and 950 ns (Store and Forward). Remote direct memory access (RDMA) is the de-facto data transfer technology used in AI/ML workloads, and it uses remote direct memory access over Converged Ethernet v2 (ROCEv2) for transport at the network layer. The QFX5240 line of switches supports ROCEv2 along with congestion management features like Priority Flow Control (PFC), explicit congestion notification (ECN), and data center quantized congestion notification (DCQCN). The QFX5240 line of switches helps reduce the number of network nodes deployed—decreasing the total power consumption of the data center fabric and improving the carbon footprint of the data center. These improvements are possible by having different breakout options like 128x400GbE, 256x200GbE, and 320x100GbE. 

Juniper QFX5230-64CD Switch is a high-radix class switch, dedicated for high-bandwidth network switching devices supporting up to 64 x 400GbE, 128 x 200GbE, 256 x 100GbE, 64 x 40GbE, 256 x 25GbE, 256 x 10GbE ports in 2U form factor. This makes the QFX5230-64CD optimal for AI data center deployments and spine and super-spine roles within IP and Ethernet VPN–Virtual Extensible LAN (EVPN-VXLAN) fabrics. The additional Remote Direct Memory Access over Converged Ethernet (RoCEv2) capabilities of the QFX5230-64CD support IP storage deployments where instead of relying on deep buffer switching, the QoS mechanisms such as priority-based flow control-distributed services code point (PFC-DSCP) and explicit congestion notification (ECN) deliver high performance for the storage workloads. Support for ZR/ZR-M optics makes it suitable for edge and data center interconnect (DCI) use cases. 

Juniper Networks SRX4700 is a high performance, next-generation firewall (NGFW) designed for service providers, cloud providers, and large enterprises. In addition, enterprises can deploy the SRX4700 as data center core, data center edge firewalls, and as a secure SD-WAN hub. Combining industry-leading security effectiveness and carrier-grade routing with state-of-the-art switching, this platform delivers robust network security, effective threat protection, and comprehensive automation and mitigation capabilities. Figure 1: Juniper Networks SRX Series Firewall have achieved the highest scores in security effectiveness by Cyber Ratings and NetSecOpen The SRX4700 delivers NGFW features that support the changing needs of cloud-enabled enterprise networks and data centers. Whether rolling out new services on an enterprise campus, connecting to the cloud seamlessly, complying with industry standards, or achieving operational efficiency, the SRX4700 empowers organizations to operationalize  zero trust principles at scale while realizing business objectives. It protects critical corporate assets with features such as intrusion prevention system (IPS), follow-the-user and follow-the-application access policies, and Juniper’s AI-Predictive Threat Prevention. Furthermore, the SRX4700 works with HPE Juniper Networking’s cloud security solutions to secure hybridcloud environments with networkwide visibility and control, providing consistently secure on-premises and cloud environments. For cloud providers, service providers, and enterprises, the hardware acceleration in the SRX4700 protects data center core and edge workloads at Layer 7 at wire speed with industry-leading security efficacy. It also adheres to industry-standard EVPN Type 5 and VXLAN protocols within these data centers, enabling the SRX4700 to act as a secure, fabric-aware leaf in the spine-leaf architecture and uniquely streamlining security workflows within the data center. Plus, the SRX4700 does all this while delivering the highest firewall performance per rack unit of any data center firewall available today. Service providers offering 4G and 5G services can take advantage of the SRX4700’s proven software, which secures dozens of Tier 1 service providers around the world. Use cases supported with high performance hardware acceleration include security gateway, Gi/N6 firewall, CGNAT, and roaming firewall. Service providers with power and space constraints can deploy the SRX4700 in both distributed and centralized locations and secure their networks at terabit speeds while consuming only a single rack unit within their data centers. The SRX4700 participates in Juniper’s Connected Security Distributed Services Architecture, enabling organizations to scale both horizontally and elastically while simplifying operational management of large-scale firewall networks. With this architecture, several SRX4700 platforms can work together as a single large logical firewall to provide security at higher performance and scale.

The Juniper BT11 is an enterprise-grade access point exclusively for Bluetooth® Low Energy. It leverages Juniper’s patented virtual BLE (vBLE) antenna array, Juniper Mist cloud subscription services, and the Mist AI engine to enable high value location-based services such as user engagement, asset location, analytics, and various contact tracing/social distancing use cases. By eliminating the need for battery-powered BLE beacons and manual calibration, the Juniper solution makes indoor location services cost effective to deploy and scale.

The Juniper® AP47 indoor Wi-Fi 7 access point (AP) delivers multigigabit speeds, enhanced security, and more resilient Wi-Fi and IoT connectivity for demanding enterprise environments. Designed as a tri-band device with a dedicated fourth radio, the AP47 aoffers increased capacity and wider channels with less interference. It provides unparalled support for growing mobility demands and digital transformation while ensuring exceptional user experiences.
Combining enterprise-grade Wi-Fi with patented virtual BLE (vBLE) technology, the AP47 further enhances wireless networks through support for personalized location services, including user engagement, asset visibility, and contact tracing. The unique engineering of the AP47 eliminates the need for battery-powered BLE beacons or manual calibration. By providing one-to-three-meter accuracy, the AP47 sets a new standard in location services while ensuring business continuity and operational efficiency.