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High-performance Juniper edge router with front-facing 100GbE ports for metro and service provider networks

Juniper MX Series Universal Routing Platforms | KYS Infotech - Image 2

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Juniper MX Series Universal Routing Platforms | KYS Infotech

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Juniper MX Series Routers – Powering Edge, Core, and Cloud Networks

The Juniper MX Series routers deliver unmatched scalability, automation, and performance for service providers, enterprises, and cloud operators. Engineered to handle massive traffic demands while ensuring operational efficiency, the MX Series offers options from compact, energy-efficient designs to hyperscale core platforms.

Compact and Metro-Optimized Models

For metro and edge environments requiring high performance in a small footprint, MX304 and MX10003 lead the way.

The MX304 offers 4.8 Tbps throughput in a compact 2 RU chassis, supporting 1/10/25/50/100/400GbE ports. It’s ideal for metro aggregation, edge routing, and high-speed service delivery.
The MX10003 provides 2.4 Tbps capacity in just 3 RU, with inline MACsec encryption, MPLS, and SDN capabilities, ensuring secure and agile service deployment.

Both models excel in space-constrained, high-density deployments where energy efficiency is critical.

Mid-Range, High-Density Platforms

The MX2008 and MX10004 balance scale with versatility.

MX2008 delivers 16 Tbps in a 10 RU form factor, supporting 1/10/40/100/400GbE interfaces. It’s designed for scalable edge and core networking, with advanced automation to reduce operational complexity.
MX10004 offers 38.4 Tbps throughput in 7 RU, making it ideal for edge, core, and cloud interconnect use cases. It supports Segment Routing and 400GbE, enabling seamless high-capacity connectivity.

These routers are perfect for networks growing toward cloud-scale infrastructure without the footprint of full hyperscale systems.

Hyperscale and Core Network Solutions

For the most demanding service provider and data center environments, the MX Series offers MX960, MX2010, MX2020, MX10008, and MX10016.

The MX960 delivers 7.5 Tbps in a 14 RU modular chassis, with rich Layer 2/3 support and CGNAT capabilities for carrier networks.
MX2010 and MX2020 scale further, offering 40 Tbps and 80 Tbps respectively, built for core, edge, and data center interconnect workloads. They support EVPN, MPLS, and high-speed IPsec.
MX10008 delivers 76.8 Tbps in a 13 RU chassis, enabling hyperscale network expansion with 1/10/25/40/100/400GbE flexibility.
MX10016 is the flagship, providing a staggering 153.6 Tbps throughput for hyperscale edge/core, with MACsec, MPLS, and carrier-grade reliability.

These platforms are designed for non-stop operation, investment protection, and future-proof scalability.

Virtualized and Cloud-Native Options

For operators seeking agility and cloud readiness, the vMX Virtual Router brings MX Series features to x86 and cloud platforms. Offering up to 100 Gbps throughput, it supports full Layer 2/3, MPLS, CGNAT, and NFV, enabling rapid service deployment without physical hardware constraints.

Why Choose Juniper MX Series?

The MX Series combines hardware reliability with Junos OS intelligence, supporting automation, Segment Routing, EVPN, and secure transport for next-generation services. From compact metro deployments to hyperscale core routing, there’s an MX model tailored to your needs.

KYS Infotech Router Archives

Juniper Networks MX Series Universal Routing Platforms

MX304

Form Factor: 2U fixed
Port Configuration: 96x 10/25GbE, 48x 40/50/100GbE, or 12x 400GbE
Throughput: 4.8 Tbps (system capacity)
Processor: Advanced Forwarding Toolkit (AFT) with Penta Silicon
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, embedded MACsec/IPsec, BPDU protection, Junos Telemetry, OpenConfig
Power Consumption: Not specified (dual PSU supported)
Cooling: Front-to-back airflow, redundant fans
Operating System: Junos OS
Use Case: Cloud, campus, enterprise, data center, service provider edge, mobile core

MX960

Form Factor: 14U modular
Port Configuration: Up to 12x Flexible Port Concentrators (FPCs), supports 10/40/100GbE (specific counts via line cards)
Throughput: 10.56 Tbps (with enhanced SCBs and MPCs)
Processor: Trio chipset
Switch Fabric: 3x SCBs (2+1 redundancy), 6x fabric planes
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, Virtual Chassis, sFlow, TCP-AO, OpenConfig, NSR
Power Consumption: ~4100W (fully loaded, 4x AC PSU)
Cooling: Redundant, variable-speed fans
Operating System: Junos OS
Use Case: Large service provider, enterprise, data center edge/core
MX10003
Form Factor: 3U fixed
Port Configuration: 160x 10GbE, 80x 40GbE, 72x 100GbE, or 24x 400GbE
Throughput: 2.4 Tbps (system capacity)
Processor: Trio chipset
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, TCP-AO, OpenConfig, NSR, high-density interfaces
Power Consumption: Not specified (dual PSU supported)
Cooling: Front-to-back airflow, redundant fans
Operating System: Junos OS
Use Case: Service provider, cloud operator, enterprise edge/core
MX2008
Form Factor: 10U modular
Port Configuration: Up to 192x 10GbE, 96x 40GbE, or 80x 100GbE (via line cards)
Throughput: 9 Tbps (system capacity)
Processor: Trio chipset
Switch Fabric: 8x Switch Fabric Boards (SFBs), 8x fabric planes
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, embedded MACsec/IPsec, OpenConfig, NSR
Power Consumption: Not specified (6x PSU bays)
Cooling: Redundant, variable-speed fans
Operating System: Junos OS
Use Case: Cloud, data center, service provider, mobile core
MX2010
Form Factor: 34U modular
Port Configuration: Up to 400x 100GbE or 80x 400GbE (via line cards)
Throughput: 40 Tbps (system capacity)
Processor: Trio chipset
Switch Fabric: 8x SFBs, 8x fabric planes
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, Virtual Chassis, TCP-AO, OpenConfig, NSR, FAT label load balancing
Power Consumption: ~12,000W (fully loaded, 8x AC PSU)
Cooling: Redundant, variable-speed fans
Operating System: Junos OS
Use Case: Large service provider, cloud, data center edge/core
MX2020
Form Factor: 45U modular
Port Configuration: Up to 800x 100GbE or 160x 400GbE (via line cards)
Throughput: 80 Tbps (system capacity)
Processor: Trio chipset
Switch Fabric: 8x SFBs, 8x fabric planes
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, Virtual Chassis, TCP-AO, OpenConfig, NSR, FAT label load balancing
Power Consumption: ~16,000W (fully loaded, 10x AC PSU)
Cooling: Redundant, variable-speed fans
Operating System: Junos OS
Use Case: Large service provider, cloud, data center edge/core

MX10004
Form Factor: 7U modular
Port Configuration: Supports dense 100/400GbE, future 800GbE (specific counts via line cards)
Throughput: Up to 9.6 Tbps (system capacity)
Processor: Not specified (uses advanced ASICs)
Switch Fabric: Not specified (modular chassis design)
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, embedded MACsec/IPsec, OpenConfig, QoS telemetry
Power Consumption: Not specified (power-optimized design)
Cooling: Redundant, variable-speed fans
Operating System: Junos OS
Use Case: Service provider, cloud, multi-service edge
MX10008
Form Factor: 13U modular
Port Configuration: Up to 192x 100GbE, 192x 40GbE, or 768x 10GbE
Throughput: 19.2 Tbps (system capacity)
Processor: Not specified (uses advanced ASICs)
Switch Fabric: Not specified (modular chassis design)
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, embedded MACsec/IPsec, OpenConfig, QoS telemetry, SRv6
Power Consumption: Not specified (power-optimized design)
Cooling: Redundant, variable-speed fans
Operating System: Junos OS
Use Case: Service provider, cloud, high-density data center
MX10016
Form Factor: 21U modular
Port Configuration: Up to 384x 100GbE, 384x 40GbE, or 1536x 10GbE
Throughput: 38.4 Tbps (system capacity)
Processor: Not specified (uses advanced ASICs)
Switch Fabric: Not specified (modular chassis design)
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, embedded MACsec/IPsec, OpenConfig, QoS telemetry, SRv6
Power Consumption: Not specified (power-optimized design)
Cooling: Redundant, variable-speed fans
Operating System: Junos OS
Use Case: Ultra-high-capacity service provider, cloud, data center

vMX Virtual Router

Form Factor: Virtual (VMware, KVM, AWS, Azure, Google Cloud)
Port Configuration: Virtual interfaces (up to 10 vNICs, depending on hypervisor)
Throughput: Up to 40 Gbps (varies by instance size and licensing)
Processor: Virtualized Trio chipset
Features: EVPN-VXLAN, MPLS, SR-TE with Flex Algo, OpenConfig, Virtual Chassis, full MX feature set
Power Consumption: N/A (virtual)
Cooling: N/A
Operating System: Junos OS
Use Case: Cloud, virtualized data centers, hybrid environments

Juniper MX Series Universal Routing Platforms | KYS Infotech