Solace Content Router


The Solace Content Router is a middleware appliance that filters, customizes and forwards information to the applications and people who need it. It compares message contents with rules-based subscriptions to identify appropriate recipients, transforms and truncates information to meet their needs, and delivers it to them. It supports reliable delivery and is capable of both guaranteed message delivery and geospatial routing. All of its capabilities and services are accessible and manageable through Solace’s unified API and administration framework.

Available Models

Solace 3260C

The Solace 3260C is 4 rack units high and is available with 8 1GigE ports or 2 10GigE ports. It supports high capacity and is field-upgradeable.

Solace 3230C

The 3230C is 2 rack units high and features four 1GigE ports. It is ideal for departmental applications, satellite datacenters and on-customer-premise solutions.

Optional Capabilities

Benefits

  • Higher Performance: A pure hardware datapath enables performance software-based content routing solutions can’t touch — less than 100 microseconds of latency at 50,000 messages a second, and peak throughput well over 100,000 messages a second.
  • Lower Complexity and TCO: Historically, customers with lots of routing rules and high message rates had to break up their message streams and delegate routing to software running on dozens of servers, making content routing cost-prohibitive. The Solace Content Router eliminates that cost and complexity with support for millions of content rules and throughput as high as hundreds of thousands of messages per second.
  • Greater Scalability: Modular architecture enables the customization of features and capacity to meet specific requirements, and supports the addition of capacity or functionality over time without increasing the solution’s footprint.
  • High Availability: Redundant components and connectivity provide built-in high-availability, and support for paired deployment provides out-of-the-box fault tolerance without requiring additional equipment or software.
  • Better Manageability: The use of client-specific TCP connections for all message distribution, and a management system that’s completely separate from the datapath, gives administrators extremely granular visibility into performance and problems without hindering performance.