6 projects tagged "Emulators"
Updated 06 Sep 2004
Slirp
| Pop | 53.96 |
|---|---|
| Vit | 3.06 |
Slirp is a (C)SLIP/PPP emulator based on the original BSD sources. It allows the user to pull up a full internet connection over a shell connection, and features sharing multiple modems for additional bandwidth.
Updated 26 Oct 2005
IOSEMU
| Pop | 45.50 |
|---|---|
| Vit | 1.42 |
IOSEMU is a Cisco 7200 emulator that uses JIT to achieve good performance. It is able to boot real Cisco IOS images.
Updated 14 Apr 2008
DinoUML
| Pop | 32.50 |
|---|---|
| Vit | 1.67 |
DinoUML is a network simulation tool that is based on UML (User Mode Linux). It can simulate large Linux networks using a single PC. It supports IPv4, IPv6, QOS (HTB for bandwidth limiting, NETEM for delays, drops, dups, and out of order), bridges, tunnels, and vlans.
Updated 13 May 2009
GNS3
| Pop | 134.45 |
|---|---|
| Vit | 3.65 |
GNS3 is a graphical network simulator that allows you to design complex network topologies. You may run simulations or configure devices ranging from simple workstations to powerful Cisco routers. It is based on Dynamips, an IOS emulator which allows users to run IOS binary images from Cisco Systems and Pemu, a PIXOS emulator to emulate PIX firewalls.
Updated 31 May 2011
WANsim
| Pop | 75.26 |
|---|---|
| Vit | 2.08 |
WANsim allows you to simulate (more accurately, emulate) a WAN connection. In particular, it allows a user to change the emulated WAN speed, latency, variation, packet loss, packet duplication, and packet corruption aspects. It is configured as a network bridge that is established at boot time and uses the Linux Kernel NETEM functionality to accomplish its goals. Although relatively well documented, this functionality is not the easiest to use. WANsim wraps it into a simple to use script.
Updated 15 Aug 2012
Cloonix
| Pop | 79.30 |
|---|---|
| Vit | 1.46 |
Cloonix is a Linux router and host simulation platform. It fully encapsulates application, host, and network l2 and l3 into a relatively easy-to-use simulation GUI. Network delay and loss characteristics can be configured per link. It provides support for running kvm or UML virtual machines configured into an arbitrary complex network configuration. It is possible to run a 12 router UML simulation on a small x86 host (a P4 with 512 MB RAM). 32- and 64-bit KVM machines are provided.
