Arastu Systems enhances outreach with the establishment of its Global Sales Channel


December 27th, 2017, San Jose, CA – Arastu Systems, a product engineering services company, based out of California, has today announced the active presence of its Global Sales Channel spanning across multiple countries. The company has partnered with established companies Avant Technology, Inc. and NRG Technologies, who would be representing Arastu Systems IP products in Asia and Israel semiconductor markets respectively.

In retrospect, Arastu Systems team of sales experts observed significant traction from multiple countries other than India and USA where they have their Design House and Headquarters respectively. Upon thorough research and insight generated through Marketing efforts, Arastu Systems sees the value it can bring to the SoC companies and the entire Semiconductor ecosystem by having multiple shadow’s managing the region-specific Sales efforts.

Avant Technology, Inc. is an established player in the semiconductor industry and have been actively contributing for the Asian markets for more than two decades now. On the other hand, NRG Technologies is focused at the Israel region only and is assisting many Israel based Fabless Semiconductor companies and System Houses. This enhanced sales presence will also assist Arastu Systems to market their newly established set of products and services in the IoT segment.

“Arastu Systems welcomes the existing opportunities generated from the newer market horizons” says Umesh Patel, CEO, Arastu Systems. “Customers are already leveraging the sales channel, which has made the communication process much simpler and flexible”.

Media Contact:
Harsh Parikh, Manager, Marketing

Arastu Systems releases R-DIMM and LR-DIMM support for its DDR4 Controller


September 8th, 2017, San Jose, CA – The shift from the traditional enterprise data centers to the cloud is driving the demand for increased bandwidth and lower latencies. Registered Dual In-line Memory Modules (R-DIMM) and Load Reduced DIMM (LR-DIMM) are meeting the performance requirements for such systems. Arastu Systems’ DDR professionals, who carry the necessary wisdom required to traverse the DDR trajectory, have improvised DDR4 DRAM Memory Controller by adding support for Register Clock Driver (RCD) and Data Buffer (DB).

This new solution is fully compliant with the latest JEDEC DDR4, RCD standards and also supports Non-Volatile DIMM (NVDIMM) based products. These standards are meant to reduce the electrical load on the memory during intensive computing applications, which allows the system to remain stable. With the help of RCD, Memory Controller enables faster data rates at higher densities ensuring scalability and robustness. Systems requiring massive amount of memory capacity as well as bandwidth can leverage this technology to boost their performance.

Arastu Systems’ DDR4/3 Joint Controller has always been feature rich for the consumer market (

“Our innovative solution enables persistent memory DIMMs – dual inline memory modules”. says Umesh Patel, CEO, Arastu Systems. “This technological advancement has empowered us to broaden our presence in Data center and Cloud computing area”.

For more information regarding Arastu Systems’ DDR4 DRAM Memory Controller please visit,, else send an email to, .

Media Contact:
Harsh Parikh, Manager, Marketing

Arastu Systems announces LPDDR3/4 Single Controller for optimal performance


June 21st, 2017, San Jose, CA – High-end computing applications requires Higher Performance keeping the Power and Latency intact. Arastu Systems, a product engineering services company, today announced the immediate availability of LPDDR3/4 DRAM Memory Controller Core. The IP is highly configurable and delivers performance up to 4266 MT/s.

Dual DRAM Controller Core for LPDDR3 and LPDDR4 is as designed as per the respective JEDEC standards and is compatible with DFI3.1/4.0 PHY or a PHY from any vendor. It supports all key LPDDR3/4 features such as various frequency ratios, programmability to achieve minimum latency, multiple channels with a privilege to configure each channel independently, multiple power down modes, parameterized data widths and many more.

Upon successful implementation of LPDDR4 Controller, Arastu Systems developed LPDDR3/4 joint solution in order to meet customer needs. SoC designers who are planning to run the design at multiple speeds can leverage Arastu Systems’ LPDDR3/4 IP core and will have the benefit of supporting wide range of system application using the same design. The user can configure the IP core by parameter for LPDDR3/4, based on which the hardware for the controller is generated.

“We are gradually moving in an era where end user systems are becoming highly intelligent and performing complex functions seamlessly”, Umesh Patel, CEO, Arastu Systems. “Arastu’s team is playing a small but key role by empowering such systems with highly efficient LPDDR Memory Solutions”.

For more information regarding the Arastu Systems LPDDR3/4 DRAM Memory Controller please visit,, else send an email to, .

Media Contact:
Harsh Parikh, Manager, Marketing



Customer’s Needs:
A leading Pharmaceutical Company had been looking for a robust solution to provide Emergency Access to Drug in public locations and some commercial establishments. They also wanted to provide access to On Call Physician through mobile platforms.

How Arastu helped: As an Integrator Service Provider

  • Integrated SIP based video call API
  • Designed and developed Mobility solution for Physician
  • Developed Dashboard for administration and monitoring
  • Application Services and Cloud deployment

Technology Utilized:
ASP .NET 4.5, C#, RESTful Services, D3JS, SQL Server, Windows Server 2012, SSRS, SSIS, SIP client, Asterisk – VOIP Server, Azure, Mobile Apps for iOS & Android

Key Implemented Features:

  • Secured Broadband and Cellular link
  • Self-Diagnostics to detect failure and audit log
  • Remote firmware update through device management
  • Cloud Storage of device info including location, inventory, health check, video calls
  • SIP based Audio and Video Call with on call Doctors
  • Live Dash board for administration and monitoring
  • On call Doctor Mobile Apps for remote diagnosis
  • Ability to write diagnosis report and prescription
  • Dispense the drug based on the symptoms

Connected Living


Customer’s Needs:
A leader in security systems provider in the domain of Home Security wanted to make server-side platform scalable to support more than a Million Home Users, perform Remote Device Management and Smart Rule Engine for Edge Devices & Cloud.

How Arastu helped:

  • Leveraged Arastu’s IoT Framework Solution Accelerator
  • Developed IoT Application Services on Cloud
  • Designed IoT connectivity for Sensors, Gateway and Camera
  • IoT Device Management – Remote Firmware Upgrades and white-listing update, Remote Factory Reset and device Reboot
  • Rule Engine Integration and Third Party API Integration

Technology Utilized:
MEAN Stack – Node JS, MongoDB, Angular JS, React Native, MQTT, Python, BLE, WiFi, C, Nordic

Key Implemented Features:

  • Self Service Registration for Home User
  • Cloud based scalable and fault tolerant architecture
  • Supports BLE and WiFi based sensors and camera
  • IP camera with live-feed on mobile apps
  • Web & Mobile Apps for Automation and Security
  • Two-way communication and Event Notification
  • Remote Device Management includes Remote Firmware Upgrades
  • Device Cloning and Replacement through Portal
  • Secured Communication, OATH2 base Authentication
  • Edge and Cloud based Rule Engines
  • Certification and Integration with Third Party Apps

Smart Meter


Customer’s Needs:
A leading Energy Instrument Manufacturer wanted to expand their current metering infrastructure to capture exhaustive data points for Asset Monitoring, Analysis and Preventive Maintenance.

How Arastu helped:

  • Consulting and Integration Services
  • Designed an end-to-end solution
  • Design Module to extend existing metering endpoints
  • AWS platform services implementation
  • Developed real-time analytical dashboard
  • Mobile apps for consumer

Technology Utilized:
Java, Apache Kafka, Zookeeper, Logstash, ElasticSearch DB, Kibana, MongoDB, PhoneGap, Amazon EC2, Amazon S3, Linux

Key Implemented Features:

  • Secured Gateway on Meter Controller
  • Data collection and stream to cloud server
  • Cloud based Storage of meter data
  • Data Aggregation and Analytics
  • Real time and offline Analytics Dashboard
  • Auto scale and fault tolerant architecture
  • Mobile Apps to view meter usage
  • Open Source Application Stack

Arastu Systems Ethernet 10G Digital Switch IP Soft Core for Time-Critical Applications


April 19th, 2017, San Jose, CA – Time critical applications, such as Trading Stock Exchange’s, Airport Terminals etc. require systems that deliver high throughput with low latency, as negligence even by a millisecond can prove catastrophic for business. Bearing in mind the Industry needs, Arastu Systems, a company that specializes in delivering customized IP solution in the Networking and Memory area, today announced Ethernet 10G Digital Switch IP soft core, which is proven and is readily available for usage.

The switch is highly configurable and can be easily customized as per the customer’s needs. The designed architecture for the IP is an optimized cut-through design which enables sub 100ns port to port latency. It easily fits into today’s ASIC and FPGA technologies with low gate count. The core can be configured to support 3 to 24 ports, where each port can act as 10M/100M/1G/2.5G/10G Ethernet with fully non-blocking switching. It also supports features such as software based Multi-cast grouping, VLAN, CAM/RAM based lookup and many more.

Additionally, the IP offers complete support for Layer 2 protocol based switching for Unmanaged Switch and Managed Switch, partial support for Layer 3 protocol and optional support for Precision time protocol (PTP) 1588. The core fits to the serve the needs of multiple industries such as Industrial, Automotive, Audio Video Broadcasting. It also meets the requirements to fulfill various IoT (Internet of Things) applications on demand. Applications that use the wireless backhaul technology can also rely on Arastu Systems Ethernet solution to replace Application specific standard product (ASSP’s).

“The challenge in time-critical applications is to make sure the Lag Time is bare minimum” says Umesh Patel, CEO and Founder Arastu Systems. “Our Ethernet switch is soft design which customer can customize to fit in their need to bring their product faster to market”.

For more information regarding the Ethernet switch please visit,, else you can also send email at

Media Contact:
Harsh Parikh
Manager, Marketing and Business Development

Arastu Systems announces highly flexible and compact DDR3/4 single controller


August 4th, 2016, San Jose, CA – Arastu Systems, a company that specializes in developing IPs in the Memory and Networking area today announced the immediate availability of an optimized DDR3/4 DRAM Controller Core, which gives users the flexibility to choose DRAM memories that fits best into their needs.

Dual DRAM Controller is designed as per respective JEDEC standards and works seamlessly with DFI 3.1 compatible PHY. The core is developed using standard synthesizable RTL and supports all key DDR3/DDR4 features and additional features like Error Correction Code (ECC) generation/checking, multiple power modes to reduce power consumption, intelligent scheduler to improve memory throughput, CRC computation, Parity detection, various frequency ratios and performance up to 3200 MT/s. This makes it an optimum solution for applications which require a combination of higher performance, more bus bandwidth and high reliability.

Arastu’s DDR3/4 DRAM Controller Core is best suitable for system designers who are in the early stages of planning and are skeptic about performance requirements. The solution can also be used for multiple purposes, as the user has the privilege to configure the IP by parameter for DDR3/4, based on which the hardware of the controller is generated.

“Our customers are faced with a challenge during the initial phase of chip design to choose either DDR3 or DDR4, as it is imperative to meet a maximum performance threshold while keeping in mind the memory cost” said Umesh Patel, Founder and CEO, Arastu Systems. “Our IP solution makes it easy for them, as it gives the flexibility to test and validate the system need without compromising on the cost and performance”.

For more information, please reach us at,

Media Contact:
Harsh Parikh
Manager, Marketing & Business Development

Arastu System’s LPDDR3 Controller Core for Extended Battery Life


December 23rd, 2016, San Jose, CA – Arastu Systems, a company that specializes in developing IPs in the Memory and Networking area today announced the immediate availability of their LPDDR3 DRAM Memory Controller along with LPDDR4, that is optimized for FPGA and ASIC designs. It is designed specifically to cater the industry demand for LPDDR memories, which delivers increased performance at very lower power consumption, in contrast to predecessors.

The controller is fully compliant with JEDEC standard JESD209-3C and partner’s DFI PHY or DFI 3.1 PHY from any other vendor. The IP core supports various power down modes including ‘Deep Power Down’ which makes it to be an optimum choice for devices such as Smartphones, Tablets, Ultrabook, where performance is driven by increase in battery life. The core also supports multiple channels with a privilege to configure and manage each channel independently and parameterized data width.

Moreover, Arastu Systems offers valuable add-on cores such as ARM compatible interfaces, TRR, Test/Debug bus etc. which can be leveraged by customers based on their needs. Handheld gadgets such as Gaming consoles also utilizes LPDDR3 memories, as faster response rate is necessary for enhanced performance. Arastu’s LPDDR3 Controller suffices their needs. Additionally, if required, the solution is also available in combo format with LPDDR3 and LPDDR4 Single Joint DRAM Controller, which gives customers the flexibility to utilize either DRAM memory.

“Fresh approach was needed to improve performance of each system by reducing latency and utilizing DRAM bus bandwidth without increasing power consumption” says Umesh Patel, Founder and CEO of Arastu Systems. “Our LPDDR solutions can assist our customers make an easy transition”.

To learn more about the product, please visit, or you can also reach us at,

Media Contact:
Harsh Parikh
Manager, Marketing & PR

Improving Performance and Verification of a System Through an Intelligent Testbench



The need for intelligent verification is the outcome of a two decade long pre-silicon verification process. Intelligent testbench automation, which is a supplement of intelligent verification, is a step closer towards achieving more confidence in design with minimal engineering effort. Applications today demand diverse functionality, which results in complex to very complex designs. Pre-silicon verification for first-pass success using current verification approaches is just not enough. A unique approach is needed that not only verifies the design faster but also achieves consistent results. Intelligent testbench with automation is the answer to today’s manual verification approach.

ASICs today demand high-bandwidth operations; which in turn demand high bandwidth on a system memory bus, like a DRAM interface bus. It is imperative that a comprehensive verification plan also includes verification for performance and power along with functional features. Having a large number of variables makes verification more complex. But this adds confidence in ASIC/SoC completeness for an end user’s application. In order to achieve high system performance in any ASIC/SoC, DRAM bus bandwidth utilization is equally important for that system.

High bandwidth on DRAM means less idle DRAM cycles. Manually finding coverage holes in the verification of a DRAM bus is a tedious process. This article proposes a unique verification component that helps find these holes in an intelligent manner, and it discusses potential solutions and advantages over other verification approaches. Additionally, it proposes another intelligent component which helps in simulating real-world fault/error cases without waiting for a chip to get fabricated and tested and also discusses achieving seamless portability across all memory sub-systems.

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