KEY TECHNOLOGY PILLAR USED

Brand	Owner	Address	Description
ETHERPACK	AFORE Solutions Inc.	2680 Queensview Drive, Suite 150 Ottawa K2B8J9 Canada	Key technology pillar used in the ASE product. - Refers to the ability of the ASE to compress all ingress traffic using a LZ1 based compression algorithm. - As part of the processing within the ASE, ingress traffic (either Ethernet or Fibre Channel) is encapsulated using Generic Framing Procedure normalizing to Ethernet. Hence the term Ether. - As an optional operation, all traffic can compressed, hence the term Pack. Pack also refers to the notion of filling wide area bandwidth as efficiently as possible and getting more effective capacity over existing wide area networks. For example, if the ASE connects to a 10 Mbps wide area IP connectivity service, but can achieve data compression efficiencies of 3x, then the ASE will be able to transmit effectively 30Mbps of traffic over the wide area network;ETHER PACK;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A vehicle body structure having a pillar member maintains the shape of a pillar member in a substantially linear state when the pillar member deforms inward toward the passenger compartment during a side collision. The pillar member has a collision force converting structure that is constituted by the curved shape of the pillar member. When a side collision force is imparted to the pillar member, the collision force converting structure converts it into and maintains it as a force acting on the pillar member in the lengthwise direction of the pillar member. Thus, the collision force is absorbed as a lengthwise compressive load in the pillar member. A shape maintaining structure restricts the inward deformation of the pillar member 3 toward the passenger compartment and holds the pillar member in a substantially linear shape to increase the efficiency with which the collision load is transferred to the side roof rail and side sill.