#application acceleration

Today's connected world requires fast and accurate connectivity from 1G network. The 1G TCP Offload Engine Ultra-Low Latency allows networks to exchange information with little load on the main CPU and with significantly reduced latency due to the TCP Offload Engine (OE) handling all TCP processing in hardware instead of by the CPU. This will improve all aspects of networking, including a reduction in overall system delay, improvement in performance, and overall stability of the systems being used. For many organizations, a 1G TCP Offload Engine Solution will improve the smoothness of their business operations and increase productivity.

Smarter Networking with 1G TCP Offload Engine Very-Low Latency

As technology progresses, companies fall further behind with regard to efficient networking technologies. Organizations must have a 1G TCP Offload Engine Very-Low Latency. Intilop is able to deliver a consistent transmission speed with low latency via its new 1G TCP Offload Engine. TCP is a protocol used for secure and reliable data communication. TCP processing done in software uses a large amount of CPU resources and therefore slows down network performance. Moving TCP functions from software to dedicated hardware will result in faster networks and increased network responsiveness.

Embedded systems, industrial automation, communications equipment, and storage devices can all benefit from advanced technology that reduces latency and gives applications faster response times, resulting in a better user experience. The main focus of Intilop Corporation is on developing IP cores designed with ease of integration into both FPGA and ASIC platforms, so companies developing advanced networking can create products quickly and easily.

The Intilop Corporation is located in Milpitas, California, and the company works closely with its global customers to provide them with high-quality, precision-engineered products. The company's design team develops all of its solutions to deliver the exact same performance as would be expected in the real world. The result is a line of networking IP that is both reliable and offers excellent throughput.

Efficient Multi-Protocol Support with 1K TCP/UDP Offload Engine

Networking systems are frequently required to process TCP and UDP traffic simultaneously, and thus, the 1K TCP/UDP Offload Engine is critical. The device handles multiple simultaneous sessions while processing packets in hardware, freeing up the CPU to do application processing. As a result, overall system performance increases substantially with a hardware-based offload.

UDP has a significant appeal as an efficient data transport protocol used in time-sensitive applications such as streaming and real-time communication, where speed and data transfer rates are critical. Contrary to UDP, TCP guarantees the complete delivery of all data packets in a sequential order. By providing a combination of both protocols in one offload engine, Intilop has created an optimal way for companies developing new types of network devices to balance performance with cost-effectiveness across multiple applications.

Intilop is based out of Milpitas, CA, which is considered one of the technology hotbeds in the United States. The company has successfully developed a line of IP Cores designed for use in high-performance networking solutions. For example, the 1K TCP/UDP Offload Engine can create up to 100 simultaneous connections while still achieving consistent throughput performance. This capability makes it an attractive option for manufacturers of network equipment who wants to maximize their products while minimizing the complexity of the design process.

Engineering Excellence from Milpitas, California

Intilop is a leader in developing intellectual property as well as a provider of engineering design services that deliver a complete experience to the customer. In addition to developing a new IP product, Intilop provides its customers with support from its engineering staff, options for customizing the product to meet their needs, and guidance through the entire development cycle. Products developed by Intilop fit into the customer's existing environment and are intended to reduce development times and lower the costs associated with developing products.

All of Intilop's engineering designs are developed with an emphasis on the details of the design. Before a developed product is released to market or when a new product is created, the developed product is performance tested to ensure that it can withstand extreme workloads. The energy efficiency of the designs is also taken into consideration, allowing the customer to develop energy-efficient products that consume less energy and deliver the same or improved output as compared to other products.

Designed for Real-World Applications

There continues to be a very significant demand for reliable, well-designed 1G network products. Industries such as industrial automation depend on the use of 1G network technology for fast and reliable communications between the many devices that exist within their automation systems. For storage-based products, 1G network solutions are required to provide reliable transfer of data. 1G network are required to provide continued, reliable processing of packets for telecommunication systems. All embedded devices requiring 1G network will require a hardware-based TCP and UDP offload solution.

Intilop understands these problems well. Therefore, Intilop has developed its families of products consisting of 1G TCP Offload Engine Ultra-Low Latency and 1G TCP Offload Engine Very-Low Latency. These families of products will allow all of Intilop's customers to utilize high-performance networks with minimal complexity in their networking solutions. Each of Intilop's products has been designed to have high reliability, high scalability, and provide long-term value for the end-user.

Contact us today at 408-791-6700 or visit https://intilop.com/ for more information.

Follow our social media accounts:

Facebook:           https://www.facebook.com/IntilopCorporation/

Linkedin:             https://www.linkedin.com/company/intilop/

Twitter:                https://x.com/intilops

Workload Acceleration Options for Blade Servers

I recently was asked what the demand for NVMe drives was, so I pinged my peers to see where they are seeing the adoption of NVMe (in rack or blade servers forms) and got a pretty interesting response.  This got me wondering what the options were for NVMe, as well as other acceleration technologies, in the blade server world.  Here is what I found.

(more…)

Load balancing is the method of distributing the workload over any two or more servers for attaining maximized scalability, security or redundancy. This "balancing" can be carried on either on software or dedicated hardware, and both would result in the dissemination of the load all over the multiple machines. From a web server point of view, the load balancer is aptly utilized by end users conveniently assessing only one URL. The user requests that are sent to this location will then be managed by the load balancer and send transparently to one of the accessible machined behind the scenes that perform actual processing.

The Load Balancing Metrics

Load balancer have to determine the way they disseminate the work that needs to be conducted through a certain metric or schedule. Generally, this can be conducted through balancing algorithms such as server computing power, server load, least connection or at random. Having the capacity to customize this process can prove to be beneficial. In case the backend servers are not identical, then the balancing process depending on the server computing power might offer an even load as slower machines are not overloaded.

One of the key benefits of using load balancers is scalability, This balancing offers its capacity to assist in keeping the response time low by hindering the requests over two or more servers. In case a server gets overloaded with excess work, queuing starts and the response time go up. With every backend servers conducting work evenly, one can get more users into the environment and attain scalability.

Today service providers of RDP remote access offering load balancing solutions that make the most of parallel multi-core processing to cost-efficiently drive industry-leading performance all over a rich server load balancing and application acceleration feature set for unparalleled total value of ownership. Accessible on application delivery controller hardware and being engineered for new age cloud, data center and virtual environments these load balancers improved application performance and the speed return-on-investment from smaller organizations to the huge service provider. Other benefits include the following:

* Local and global server load balancer with multi-unit clustering for 99.999% application uptime and data center scalability

* High-end application-fluent traffic management for optimized delivery of business critical applications and IP services

* Helps to offload Web and application servers for maximized efficiency, capacity and return on investment

* Application-specific certifications and configuration guides for quick deployment of optimized configurations

Therefore, we see that load balancers offer a strategic point of control for optimizing the security, accessibility and performance of enterprise applications, IP data services and data center equipment.

  Related Links

Exchange Load Balancing

WAN Optimization Controllers are appliances that optimize data-transfer efficiencies across a wide area network (WAN). It is a collection of techniques that optimize bandwidth to improve the end user's experience. WAN optimization controllers use a combination of techniques such as compression, latency optimization, forward error correction, caching / proxy, deduplication, traffic shaping, application acceleration, network acceleration equalizing, protocol spoofing, connection limits, simple rate limits to accelerate applications and reduce the cost of delivering applications over wide area networks. Normally enterprise users experience great performance when using applications and services over a LAN. However, they face problems when accessing remotely the same applications and services over the WAN. Accessing applications across a WAN introduces network congestion, latency, and packet loss that can dramatically slow remote end user response time. Many IT organizations increase their spending by adding more network bandwidth to address these issues, only to find that poor application response time over the WAN has not changed. Moreover, with the addition of Virtualization, many enterprises are consolidating servers into corporate data centers. However, the consolidation of applications out of the branches and into the data center puts even more strain on the corporate WAN. In some cases, this degrades end user response time even further. That is where WAN or network optimization appliances come useful. The following are some of the benefits of using the best of breed WAN optimization controllers. * Reduces remote application response times by up to 95% * Reduces network bandwidth utilization by up to 95% * Purpose-built to reduce the impact of network congestion, latency and packet loss which combine to dramatically slow end-user response times * Application-specific WAN optimization blueprints and specific protocol optimization eliminates redundant, chatty protocol traffic * Stream-based differencing avoids transmission of content already in the local data store, while compression techniques reduce the amount of data on the wire * Window resizing, persistent connections and small packet aggregation dramatically improve overall TCP performance * Supports 50% more accelerated connections as compared to alternative appliances * Virtual appliances use minimal system resources, can reside with other applications and scale linearly with the addition of CPU cores, memory and disks * Enables easier management of virtual and physical deployment, transparent addressing, statistical performance dashboard and auto discovery * Provides centralized provisioning and management through integration with Virtualization management systems Thus by deploying WAN optimization controllers, enterprises can ensure a premium application experience for all users and achieve rapid ROI by lowering overall bandwidth costs.

Other Links

Bring Your Own Device

Wikipedia defines WAN Optimization Controllers as “a collection of techniques for increasing data-transfer efficiencies across wide-area networks.” The different optimization techniques include compression, latency optimization, forward error correction, caching / proxy, deduplication, traffic shaping, application acceleration, network acceleration equalizing, protocol spoofing, network optimization, connection limits, and simple rate limits. Let’s look at some of these techniques to fully understand WAN optimization.

Compression : It refers to compression techniques similar to ZIP, RAR, ARJ etc. These are applied on the fly to data passing through hardware (or virtual machine) based WAN acceleration appliances.

Protocol Optimization : It refers to the use of in-depth protocol knowledge to accelerate user response time.

Network Optimization : This technique helps to keep a network operating at peak efficiency by identifying and resolving data flow barriers.

Caching : A technique that speeds up certain computer operations by temporarily placing data, or a copy of it, in a location where it can be accessed more rapidly than normal.

Traffic Shaping : This technique helps to control data flow for specific applications so that important applications can be given precedence over the WAN.

Deduplication : It eliminates the transfer of redundant data across the WAN by sending references instead of the actual data.

Latency Optimization : It includes TCP refinements such as window-size scaling, selective acknowledgements, Layer 3 congestion control algorithms, and even co-location strategies in which the application is placed in near proximity to the endpoint to reduce latency.

Hence, enterprises must invest in a good WAN optimization appliance that accelerates any type of WAN traffic and excels at maximizing the performance of business-critical enterprise applications.

The following are some of the benefits of deploying a best of breed WAN optimization controller.

Reduces remote application response times and bandwidth utilization by more than 95%

Scalable appliance options supporting from 512Kbps to over 300Mbps

Saves up to 60% in TCO for WAN optimization over 3 years vs. alternative solutions

Up to 98% improvement in perceived throughput and end-user experience

Reduces usage cost of cellular connectivity where users are charged for consumption

Acceleration blueprints reduce application response times by greater than 95%

Improves RTO and RPO and increases backup frequency to reduce risk of data loss

Reduces full data replication times by up to 97% and incremental replication times by up to 94%

Decreases bandwidth requirements and costs

Thus with WAN optimization controllers, enterprises can maximize their inherent scalability and performance without disrupting the customer experience or exposing mission-critical data.

Other Links

Bring Your Own Device