Arista 7130B Series Large Scale Layer 1 + Programmable Pipeline
Optimized to meet the needs of very large Layer 1 fabrics, the 7130B Series offers an unprecedented 256 Layer 1/2/3 10G or 25G ports with an integrated Intel Tofino P4 programmable switch. Its unique, fully-connected architecture enables a variety of hybrid distribution designs combining the determinism and low latency of Layer 1 replication with the flexibility of L2/L3 switching.
With more than 2.5x the Layer 1 density compared to preceding generations, the 7130B consolidates the equivalent of nine 96 port Connect Series devices in a leaf-spine topology into a single compact 2RU unit. Compared to a 9 x 96 unit leaf spine, the 7130B provides significant advantages:
- Reduction in host to host latency from 25+ ns to just 7 ns
- Elimination of hundreds of inter-device cables
- Reduction in rack space from 17 RU to 2RU
- 90% decrease in power and cooling requirements
- Single point of management
- Flexibility of 10G/25G
Leveraging high density 32 QSFP-DD front-panel connections further helps to minimize cabling.
In addition to the large Layer 1 capacity, the 7130B also integrates an Intel Tofino switching chip, which is also fully connected to the crosspoint. The Tofino chip supports robust switching and routing directly within the 7130 system, further eliminating the requirement for an external router.
Leveraging the same pipeline as the 7170 Series the 7130B can also be configured to use Arista’s advanced application pipelines, including encapsulation, address translation and load balancing, while the fully P4 programmable architecture enables customers to build their own packet processing pipelines for customized forwarding.
Key Advantages of Arista 7130B devices
- Scales low latency Layer 1 distribution across 256 ports in only 2RU
- Ultra-low jitter and deterministic latency from 7 ns at 10/25G speeds
- Supports an unlimited number of 1:N replication groups
- Manage and monitor Layer 1 ports with a full set of counters and streaming telemetry
- The integrated P4 programmable switch offers L2/L3 features to any front-panel port, and can be configured with custom pipeline profiles.
7130B Series Devices | ||||||
---|---|---|---|---|---|---|
Model | System Configuration Components | Front Panel Ports | Switch Chip Ports | RU | PPS In/Out | CPU |
32QD | L1 Crosspoint Intel Tofino | 32 x QSFP-DD (10G NRZ) (256 Lanes) | 256 to Crosspoint | 2 | 2/2 | Eight-Core x86 |
32YD | L1 Crosspoint Intel Tofino | 32 x QSFP-DD (10/25G NRZ) (256 Lanes) | 256 to Crosspoint | 2 | 2/2 | Eight-Core x86 |
Product Overview
Product Briefs
- .7130 Connect S Series
- .7130E Series
- .7130LS Series
- .7130LBR Datasheet
- .7132LB Datasheet
- .7135LB Datasheet
- .E-Series Optical Transceivers Q & A
White Papers
- .Layman’s Guide to Layer 1 Switching
- .5 Questions to ask before buying a Layer 1 switch
- .Measuring the latency of a 4ns switch
- .Determinism is the new latency
- .Copper is Faster than fiber
- .An Overview of Arista Ethernet Capture Timestamps
- .5 Ways to Optimise exchange connectivity latency
- .5 Things to Consider When Choosing an FPGA platform
- .Measuring the Absolute Accuracy of 10GbE Packet Timestamping
- .Four key trends in the networked use of FPGAs
- .FPGA Platforms: Why the Arista 7130 is best of breed
- .Network Traffic Capture & Aggregation: Why buffer size is crucial
- .Improving MetaWatch’s timestamp accuracy with clock modules
- .STAC-TS™ BENCHMARKS - Accuracy of network timestamping and burst capacity of capture
Case Study
- .Case Study: Electronic trading firm gains ultra-low latency exchange connectivity with Arista
- .Case Study: Deutsche Börse Group monitors every trade with Arista
- .Case Study: Enyx chooses Arista to accelerate ultra-low latency solutions for major financial Service Providers