GigaVUE-OS is an operating system built on Linux that powers Gigamon's Unified Visibility Fabric. It allows administrators to select and map traffic flows to monitoring and security tools using patented Flow Mapping technology. GigaVUE-OS also enables clustering of nodes to manage them as a single logical unit, providing advanced capabilities across the network. In addition to running on Gigamon hardware, GigaVUE-OS will be available on select white box hardware, extending its rich set of fabric services into open systems.

1. Features and Benefits
• Modular, portable operating system based on Linux: Offers
rich fabric services
• Patented Flow Mapping®
technology: Select traffic flows of
interest with precision
• Clustering: Combine multiple heterogeneous devices and manage
as one logical node. Allows utilization of capabilities of other nodes
within the cluster
• Portable Design: Scales from commodity white box hardware to
intelligent, core nodes
• Multiple Management Methods: Fabric Manager, Web-based
interface (H-VUE), SNMP and CLI
GigaVUE-OS
Product Description
GigaVUE-OS is the operating system software that powers the core
and edge nodes in Gigamon’s Unified Visibility Fabric™
architecture.
Proven in the most demanding environments in both Fortune 100
enterprises and large service providers, GigaVUE-OS provides the
reliability required to ensure accurate visibility into infrastructure
blind spots in mission-critical deployments. Built on a Linux kernel,
GigaVUE-OS contains key capabilities that allow administrators
to rapidly select traffic flows of interest and apply advanced traffic
intelligence using GigaSMART applications.
The core operating system in GigaVUE-OS provides key fabric
services that are essential to gaining Active Visibility into infrastructure
blind spots. Some examples of these fabric services include
Flow Mapping, clustering, GigaSTREAM™
, automatic network
discovery and inline bypass1
.
A foundational fabric service is the ability to select traffic flows
of interest using Gigamon’s patented Flow Mapping mechanism.
Flow Mapping takes line-rate traffic at 1Gb, 10Gb, 40Gb, or 100Gb
from a network TAP or a SPAN/mirror port (physical or virtual) and
sends it through a set of user-defined map rules to the tools and
applications that secure, monitor, and analyze the IT infrastructure.
Clustering allows multiple heterogeneous nodes with different
underlying hardware capabilities running GigaVUE-OS to be managed
as a single logical unit. This unique fabric service allows advanced
capabilities in GigaSMART applications to be accessed anywhere
within the logical unit even if, for example, traffic arrives on a unit in the
cluster that does not have hardware resources natively within that unit.
In addition to Gigamon hardware, GigaVUE-OS will also be available on
select white box hardware2
. This allows the rich fabric services offered
by GigaVUE-OS to be extended further into white box deployments.
The operating system also provides the necessary APIs to integrate
with GigaVUE-FM, the fabric manager for the entire Visibility Fabric.
GigaVUE-FM provides a user-friendly interface and a single pane of glass
to seamlessly manage all GigaVUE-OS nodes in a Gigamon Visibility
Fabric deployment that could either be Gigamon hardware or certified
white box hardware. The breadth of the Visibility Fabric portfolio coupled
with the feature richness of GigaVUE-OS allows operators to get the
best of reach, scale, cost, and intelligence with a common software and
operational model across the entire visibility infrastructure.
Visibility Operating System for GigaVUE H Series,
GigaVUE TA Series and White Box Hardware
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Applications
• Replicate and/or distribute traffic across multiple NPM, APM,
security and CEM tools based on a programmable rule engine
• Combine core capabilities in GigaVUE-OS with GigaSMART®
traffic
intelligence to maximize performance and ROI from tools
• Implement a multi-tiered security strategy that allows in-line,
out-of-band and flow-based tools to be deployed to maximize
the security envelope
POWERED BY
GigaVUE-OS
1
Inline Bypass requires the GigaVUE-HC2 chassis
2
Future capability