About a-team Marketing Services
The knowledge platform for the financial technology industry
The knowledge platform for the financial technology industry

A-Team Insight Blogs

Artha Provides Glimpse into Planned Trading Appliances; Will Leverage FPGAs and Network Packet Processors

Subscribe to our newsletter

Startup Artha Financial Technology is emerging a little from stealth mode to provide a few details of what it plans to be shipping early in 2012. Founded by Manoj Viswambharan, former head of the FPGA development team for the Global Arbitrage Trading group at Credit Suisse, Artha plans to deliver trading system appliances based on FPGAs and multi-core network packet processors.

Viswambharan says that Artha is developing a range of ” ultra low-latency hardware accelerated DMA trading products,” so as to be able to provide a complete solution for trading, from 10 gigabit/second line rate market data feed handlers. to exchange gateways, with a “sub three microsecond tick to trade capability.”

Artha’s hybrid technology approach is the result of experience Viswambharan gained at Credit Suisse, including testing offerings from Celoxica and Redline Trading Solutons. In particular, he determined that solutions based solely on FPGAs suffered from slow development processes – he reckons FPGAs can require 4x to 100x longer development, compared to software based solutions. But he also found that embedded processor solutions lacked the performance and determinism of FPGAs.

Artha’s solutions are based on a combination of FPGAs and multi-core network packet processors. This leverages FPGAs for speed and determinism, and C-programmable network packet processors for their flexibility, and fast development capabilities

[Network packet processors are software-programmable microprocessors designed for networking-related functions, and typically found in network routers and switches, firewalls and monitoring appliances.]

The goal, says Viswambharan, is to not rely on a single technology, but to use the best combination of technologies to solve the underlying problems. The company also has the capability to design custom silicon (ASICs) to reduce latency even further in future generation products.

Artha is privately held and based in New Jersey. In Sanskrit, “Artha” means the duty of the head of a household to acquire wealth through honest means.  More – soon – at www.artha-tech.com.

Subscribe to our newsletter

Related content

WEBINAR

Upcoming Webinar: Data platform modernisation: Best practice approaches for unifying data, real time data and automated processing

Date: 17 March 2026 Time: 10:00am ET / 3:00pm London / 4:00pm CET Duration: 50 minutes Financial institutions are evolving their data platform modernisation programmes, moving beyond data-for-cloud capabilities and increasingly towards artificial intelligence-readiness. This has shifted the data management focus in the direction of data unification, real-time delivery and automated governance. The drivers of...

BLOG

BMLL Set for “Supercharged” Growth Following Nordic Capital Acquisition

Nordic Capital has announced its acquisition of BMLL, the Level 3 historical market data and analytics provider. The investment, made in partnership with BMLL’s management team and minority shareholder Optiver, is set to accelerate the company’s growth and expand its global footprint. While the financial terms of the deal have not been officially disclosed, industry...

EVENT

Data Management Summit New York City

Now in its 15th year the Data Management Summit NYC brings together the North American data management community to explore how data strategy is evolving to drive business outcomes and speed to market in changing times.

GUIDE

Hosted/Managed Services

The on-site data management model is broken. Resources have been squeezed to breaking point. The industry needs a new operating model if it is truly to do more with less. Can hosted/managed services provide the answer? Can the marketplace really create and maintain a utility-based approach to reference data management? And if so, how can...