Our approach of extending the SoCMosaic custom chip standardized bus interface on our system is capable of
emulation speeds up to 40MHz and can model chips as large as 40 million gates.
Emulation is the use of a new computer to "impersonate" an old computer.
For that reason, the
emulation of mainframe products tends to involve larger subsystems, or even systems that can provide the functionality desired and spread the development and component costs over multiple real or virtual devices.
Axerra Networks, "The Pseudo-Wire Company[R]", is the leading provider of circuit
emulation and service
emulation solutions over packet access networks.
Integrating WAN
emulation and load testing technologies enhances the testing process and will allow customers to effectively measure, maximize and manage the performance of IT-enabled business processes for users in remote locations.
AXN Pseudo-Wire Gateways and Access Devices support circuit
emulation and VBR service
emulation, including Frame Relay/HDLC, Ethernet, and even ATM services required for 2G, 2.
For mobile wireless operators, Axerra's AXN Pseudo-Wire
Emulation solutions enable backhaul of voice and data services for 2G, 2.
is a pioneer in SAN
emulation technologies and a leading provider of storage solutions for embedded systems.
1) test and in-system programming (ISP), is the first boundary-scan controller capable of applying both JTAG and functional microprocessor
emulation tests on the same circuit board.
By using Resolute's CMX-1614 at the remote site with GENBAND's G6 Universal Media Gateway as the central site circuit
emulation aggregator, network equipment providers can realize the benefits of pseudowire by giving service providers an open/standards-based platform that can be quickly deployed to address the needs for such services.
Axerra's solution provides the most comprehensive set of Pseudo-Wire services in the industry, including Circuit
Emulation Pseudo-Wire, Frame Relay and HDLC Pseudo-Wires, ATM Pseudo-Wires, Ethernet Pseudo-Wires, and Legacy + IP aggregation with Layer 2 separation, security, and QoS/CoS over next-generation networks.
To address growing DMS issues caused by rapid advancement in IC technology, DLA is developing the next generation of microcircuit
emulation capability through the Advanced Microcircuit
Emulation (AME) program.
