Sale WAN and VPN Application Accelerator Load Balancer Juniper WX-20 Peribit with Latest OS

*****Comes with LICENSE and registration transferrable at Juniper Networks*****

Licensed throughput Capacity
Increase your WAN capacity by up to 400%
Latest OS WXOS 5.7ver3.0

Increase business productivity through improved application performance

Provide unified insight into distributed networks and applications

Reduce IT expenses

Incorporates Molecular Sequence Reduction technology and TCP acceleration capabilities,
yielding dramatic increases in WAN capacity and application and protocol-specific performance.
Also features application and protocol-specific acceleration for Exchange,
Windows file services and web-based applications.

• application rollout and web enablement
• data center and server consolidation
• disaster recovery and backup

speeds the transfer of large files by eliminating repeated data

sequences even when they are separated by hundreds of

gigabytes over days or even weeks. Works on any IP-based application.

***Out of the Box---Like New***
***With Manuals***
***Set to Factory Defaults and ready to deploy***

The WX and WXC devices are LAN-based network devices that enhance the

throughput of WAN circuits by addressing the three constraints on WAN

performance—bandwidth, latency, and application contention.
The WX and WXC devices use the following technologies to

compress, accelerate, and manage WAN traffic:

Molecular Sequence Reduction (MSR)

Based on algorithms used to find repeating patterns in DNA molecules,
MSR locates repeated data patterns at the byte level, in real time,
across all IP application sessions. Repeated patterns are sent as symbols,
which the receiving device assembles (restores) from a shared

dictionary. The reduction in traffic effectively increases the WAN bandwidth,

reduces network congestion, and improves overall data flow.

Network Sequence Caching (NSC)

An enhanced disk-based version of MSR available between WXC devices.
NSC uses disk storage to identify longer

patterns of repeated traffic, and to retain those patterns for longer periods of

time (even when a reduction tunnel is down). NSC is most effective where large

files are often sent over the WAN, such as for database backups.

Quality of Service (QoS)

Application contention for available WAN bandwidth can be tightly controlled
by assigning applications to traffic classes, and setting

guaranteed and maximum bandwidths for each class. Class priorities can be set

to ensure that time-sensitive applications, like VoIP, receive a sufficient amount

of bandwidth. WX and WXC devices can also honor and set the ToS/DSCP

values used by QoS devices in your network.

Packet Flow Acceleration (PFA)

While MSR effectively increases available bandwidth,
PFA provides several methods to improve TCP application

performance in networks where the use of available bandwidth is constrained

by network latency.

Application Flow Acceleration (AppFlow)

Provides application-level acceleration for Microsoft CIFS,
Microsoft Exchange, and HTTP traffic.

Policy-Based Multi-Path (PBM)

Directs traffic to one of two paths based on the
performance needs of an application and the performance of the path. When

loss and/or latency exceed the specified thresholds, traffic can be directed to

the alternate path.

Encryption

IPSec encryption can be enabled on specific paths to protect traffic
in environments that are not secure (such as the Internet and satellite links).

You can monitor and manage WX and WXC devices through a secure Web console,

a command line interface (CLI), or the Central Management System (CMS). You can

also monitor device performance through an SNMP-based management system.