Karnataka, Bangalore Data Center

• Carrier Neutral Data Center
• Cisco Network across all layers.
• Scalability
• Constant Surveillance
• 24 x 7 NOC Monitoring Team
• 24 x 7 Rapid Action Team
• Raised floors
• HVAC with separate cooling zones
• Multiple levels of security
• Off-limits for unauthorized persons
• 24×7 card key access
• Biometric scan entry system
• Video surveillance
• Multiple redundant Power back-up
• Scalability for over a decade
• Internet Exchange Platform (IXP) datacenters
• Captive power plant
• 8-Zone security
• Largest tier 3DC
• 300 BCP seats
• Total Ownership philosophy

The advantages of using Livemnc DC services instead of building and operating your own data centre can be categorized generally into network benefits, service benefits and cost-saving benefits. This is a list of benefits that you can get:

• TIER III Data Center Standards
• ISO and Security Compliances
• State-of-art Infrastructure
• Carrier Neutral Facility
• Redundant & Reliable
• 24×7 Rapid Action Team
• 24×7 Monitoring Team
• Cisco Layered Security
• 995% Up time Guarantee
• Livemnc provides high class data centre facility and state of the art network infrastructure.
• You can maximize the usage of your own networking assets to improve company’s internal network operations.
• Immediate increase in the network reliability and scalability. Should your business grows and requires more network resources,
• Our Data center can easily meet your new requirement.
• Livemnc Managed Services provides you with readily available competent IT staffs for operating, monitoring and maintaining your system.
• Livemnc Managed Services gives you continuous operation, continuous support, security, flexibility.
• You can focus on your own core business, improving your core services for greater profitability, moving away from daily managing IT infrastructure and problem solving.
• You can reduce your information technology cost and risks. Your IT manpower requirement should be reduced together with the difficulty in retaining staff with IT skills.

• Low loss increases network reach and minimizes the need for amplification.
• Low return loss minimizes impairments of higher bit rate signals.
• Low cross talk enhances security.
• It is the best performing switch family available today, and it enables new data center applications and architectures.
• Dynamically reconfigure Polatis switches via a standards-based interface
• SDN interface enables the optical switches to coexist with packet switches under centralized management control for efficiently orchestrating topology changes.
• OpenFlow clients on Polatis switches allow data center operators to reconfigure the network on demand to deploy capacity where it is most needed and make the most productive use of network resources at the lowest cost.
• Polatis offers carrier-class software and interfaces so data centers can efficiently manage, control and scale network resources.
• While traditional data center routing and switching platforms are typically optimized for short, bursty traffic flows, Polatis optical switches support the switching of large data flows with the low-latency needed for many business-critical applications.
• A high reliability architecture with no single point of failure means that data centers can rely on Polatis switches for mission-critical applications.
• The accumulated actuator life on field-deployed switches from Polatis exceeds a billion hours with no failures.
• The Polatis Series 6000n 192×192 switch projected Mean Time Between Failure (MTBF) exceeds 20 years.
• Dark Fiber Switching (DFS) enables a connection can be made and held without light on the fiber.
• DFS simplifies turning up or restoring services where signals may be intermittent.
• In multistage networks DFS minimizes the delay in turning up services across multiple switch hops.
• DFS allows Polatis’ switches to work with a wider range of optical signals and signal powers.
• Polatis offers the only true dark fiber switches on the market.
• Polatis offers solutions for the data center that provide world class performance at an attractive price and offers scalable, high-capacity, low-latency optical switching that allows organizations to future-proof their data center infrastructure.

About Solutions Overview

Demand for media-rich cloud services is driving massive data center growth, and new cloud-based services are creating very large data flows.

LiveMNC Networks have partnered to create the industry’s highest density low-latency solution for inter-data center optical networking. As demands for higher-speed bandwidth services and low-latency transport between data center locations continue to increase for applications ranging from

latency-sensitive cloud networks to financial trading, reliable high performance 10/40/100GbE networking has become increasingly critical. LiveMNC industry-proven data center switches alongside Data center-optimized Cloud Computing (CX) optical transport system offer a high-performance, modular, rack-and-stack data center networking solution with industry-leading capacity and latency

1. Proven real-world ultra-low latency Ethernet switching using cut-through technology that is

capable of supporting multi-cast messaging and handling emerging higher-rate interface speeds

(40GbE and 100GbE)

2. Low-latency high-capacity optical transport that minimizes contributions to latency and is optimized for Ethernet transport

Scale:

• 1M+ cores
• 1-10 PB memory
• 100 PB disk storage

Latency:

• 5 μs speed-of-light delay

Latency potential unrealized:

• High-latency hardware/software
• Most apps designed to tolerate latency (communication via large blocks)
• Hardware limit: ~3 μs

• New switching architecture
• NIC fused with CPU’s cores; on-chip routing
• User-level networking, polling instead of interrupts
• New transport protocols
• Storage systems based primarily in RAM
• New software stacks

Low-Latency Storage:

New classes of Datacenter storage:

• All data in DRAM at all times (disk/flash for backup only)
• Large scale aggregate 1000’s of servers
• Low latency5-10 μs remote access
• Performance
• Energy/op

New Transport Protocol

TCP protocol optimized for:

• Throughput, not latency
• Long-haul networks (high latency)
• Congestion throughout
• Modest connections/server

Future Datacenters:

• High performance networking fabric:
• Low latency
• Multi-path
• Congestion primarily at edges
• Little congestion in core
• Many connections/server

Low-Latency Software:

• Today’s stacks: highly layered
• Good for structuring software
• Each layer solves one problem
• Bad for performance
• Each layer adds latency
• Example: Thrift RPC system
• Handles several problems: marshalling, threading, etc.
• General-purpose: re-pluggable components
• Adds 7 μs latency