![]()
![]()
![]()
Avalon's engineers were instrumental in development and deployment of a network solution that used Internet via satellite to monitor remote unattended power generation facilities. Exception reports are sent via satellite to a 24-7 call center which may dispatch service technicians via voice, pager, cell phone messaging, or email. Operational status of the remote unattended equipment may be monitored by service personnel via a secure web based system.
![]()
Avalon Engineering is a NetSilicon Authorized Developer.
Avalon Engineering can get your device connected. If you've got room for a DB-9 connector and RS-232 driver chip, you've got room to connect to the Internet instead.
Do you have a product that ships with utility software for configuration and diagnostics? Tired of dealing with software installation issues? Turn your end user interface into a few web pages with an embedded web server.
Are you planning a new product? Have you considered the many ways you and your customers can benefit from being Internet enabled? Avalon Engineering can Internet enable both new and legacy products.
Avalon Engineering can give an IT infrastructure network access to devices that were traditionally not very IT-friendly. Internet enabled devices can provide:
Avalon Engineering can provide chip level design of a board level product, board level design of a system, and embedded software including embedded web content in HTML and Java or JavaScript.

High performance can come in small packages. The module shown here, not much bigger than an RJ-45 connector, contains a 32-bit RISC (ARM7) processor, 8MB DRAM, 2MB Flash, 10/100BaseT Ethernet and I/O pins for additionto your application board. Avalon Engineering can provide hardware design for a product upgrade along with software development to convert your legacy equipment to Internet enabled state of the art equipment.


Avalon Engineering can provide Internet connectivity in a variety of form factors and platforms. Embedded web servers and M2M Internet interfaces can be implemented in low-cost 8-bit and 16-bit microcontrollers in addition to high performance 32-bit RISC processors. Avalon Engineering will work with you to help you determine the best cost-performance balance for your application.