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-rwxr-xr-xREADME.asciidoc23
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diff --git a/README.asciidoc b/README.asciidoc
index bda3bac7..8f12092a 100755
--- a/README.asciidoc
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@@ -27,39 +27,41 @@ Realistic and Stateful traffic generators are needed in order to:
TRex addresses these problems through an innovative and extendable software implementation and by leveraging standard and open SW and x86/UCS HW.
-=== TRex in a Nutshell
+=== TRex Stateful in a Nutshell
-* Cisco Pioneer Award Winner 2015
* Fueled by DPDK
* Generates and analyzes L4-7 traffic and able to provide in one tool capabilities provided by commercial L7 tools.
* Stateful traffic generator based on pre-processing and smart replay of real traffic templates.
* Generates and *amplifies* both client and server side traffic.
* Customized functionality can be added.
-* Scale to 200Gb/sec for one UCS ( using Intel 40Gb/sec NICS)
+* Scale to 200Gb/sec for one UCS
* Low cost
* Virtual interfaces support, enable TRex to be used in a fully virtual environment without physical NICs and the following example use cases:
** Amazon AWS
** TRex on your laptop
** Self-contained packaging
+* Cisco Pioneer Award Winner 2015
+
+=== Current General TRex Feature sets
+
+* Support DPDK 1/2.5/10/25/50/40/100Gbps interfaces
+* Virtualization interfaces support (virtio/VMXNET3/E1000)
=== Current Stateful TRex Feature sets
-* Support Intel DPDK 1/10/40Gbps interfaces
* High scale of realistic traffic (number of clients, number of server, bandwidth)-up to 200Gb/sec in one UCS
-* Virtualization interfaces support (VMXNET3/E1000 )
-* Some stateless support for example IMIX traffic generation
* Latency/Jitter measurements
* Flow ordering checks
* NAT, PAT dynamic translation learning
+* Learn TCP SYN sequence randomization - vASA use case
+* Cluster mode for Controler tests
* IPV6 inline replacement
* Some cross flow support (e.g RTSP/SIP)
* Python automation API
-* Windows GUI for real-time latency/jitter/flow order
=== *New* TRex Stateless feature sets
-* Large scale - Supports about 10-22 million packets per second (mpps) per core, scalable with the number of cores
-* Support for 1, 10, 25, 40 interfaces
+* Large scale - Supports about 10-30 million packets per second (mpps) per core, scalable with the number of cores
* Profile can support multiple streams, scalable to 10K parallel streams
* Supported for each stream:
** Packet template - ability to build any packet (including malformed) using link:https://en.wikipedia.org/wiki/Scapy[Scapy] (example: MPLS/IPv4/Ipv6/GRE/VXLAN/NSH)
@@ -159,9 +161,8 @@ Or via Cisco Devnet portal link:http://communities.cisco.com/community/developer
=== Roadmap
-* L2 emulation plugin support IPV6-ND/ARP/DHCP
* High speed TCP stack support
-
+* Intel FM10K support