Tokyo--Toshiba today announced a new addition of high-speed to its lineup of Neuron Chips for the Local Operating Network system (LON) developed by US-based Echelon Corporation. The new LSI, TMPN3120A20M, doubles communication speeds, and adds to functionality with a 16-kilobyte read-only memory , 3-channel analog-digital converter and an Enhanced communication port.

LON is a cutting-edge distributed intelligent control network that supports easily configured, highly reliable, cost-effective communication between sensors and actuators in networks with up to 32,385 nodes. Its versatility has brought wide and still-growing application in building, home and factory automation, where it meets requirements for easily set-up, expanded and modified control networks with low start-up and operating costs and low power consumption. Toshiba has supported development of the system since its inception, and has commercialized a wide range of LON system LSI technology since January 1989.

TMPN3120A20M, a high-speed version of Toshiba's earlier TMPN3120E1M, adds support for 16K of ROM, a 3-channel 16-bit A/D converter and an enhanced communication port, operating at 20 megahertz. It improves data transfer from 1.25Mbps to 2.5Mbps, reduces response times from 7ms to 3 to 4ms and cuts input/output object speed by almost half. The LSI also integrates all communications and control functions required to support LON nodes.

Samples in a 32-pin Small Outline Package (SOP) will be available at a sample price of 1,000 yen. Mass production will start in July 1999, at 50,000 units a month.

Specifications of TMPN3120A20M