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Data Center Cross Connect · Kolkata

Cross Connect Services for Private Network Paths.

Connect your servers to carriers, ISPs, cloud platforms and partner networks over a dedicated cross connect inside HostGraber's Kolkata data center. Keep critical traffic off the public internet with lower latency, predictable performance and full routing control.

Private Connectivity Direct network paths that don't depend on public internet routing.
Lower, Predictable Latency Fewer hops and no public congestion between your endpoints.
Dedicated Bandwidth From 100 Mbps to 10 Gbps on fibre or copper, sized to your traffic.
Full Network Control Layer 2 or Layer 3 designs with VLAN, IPv4/IPv6 and BGP options.
Single & Multi-Mode Fibre Copper Layer 2 / Layer 3 24×7 Remote Hands
Cross Connect Request FREE CONSULTATION

Request a Cross Connect

Tell us which endpoints you need to connect and the bandwidth you require. Our network team will review the design and contact you.

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What is a cross connect

A Direct Line Between Critical Networks

A cross connect is a dedicated physical or logical link between two network endpoints. Inside a data center, it runs from your rack to a carrier, ISP, cloud on-ramp or another customer, so traffic moves directly instead of crossing the public internet.

The result is a shorter, private path you control: more consistent performance, dedicated bandwidth and a smaller attack surface for the traffic that matters most.

How a cross connect worksYour rack at HostGraber DC-01 connects through a cross connect patch point directly to a carrier, ISP, cloud on-ramp or partner network, bypassing the public internet.DEDICATED, DIRECT PATHCarrierTelecom networkISPUpstream internetCloud on-rampWhere supportedPartner networkCustomer or vendorYour rackHostGraber DC-01Cross connectPatch / meet-me pointPublic internetBYPASSED
Illustrative. Available endpoints and paths depend on facility availability and technical review.
Connection types

Connect the Infrastructure That Matters

Build dedicated network paths between your servers and the carriers, providers, platforms and partners your business depends on.

Data Center to Data Center

Link infrastructure across facilities for replication, failover and distributed workloads.

Carrier Connectivity

Hand traffic directly to a telecom carrier's network without public internet hops.

ISP Connectivity

Bring your preferred upstream internet provider straight to your rack.

Cloud Connectivity

Private paths toward cloud platforms, where supported on-ramps are available.

Customer to Customer

Connect directly to partners, vendors or customers hosted in the same facility.

Private Enterprise Network

Extend your office or branch network to your infrastructure in the data center.

Why cross connect

Built for Performance, Security and Control

A dedicated link removes the variables of public routing, so critical traffic behaves the same way every day.

  • Lower network latency

    Fewer hops between endpoints than a route over the public internet.

  • Private connectivity

    Traffic travels on a link reserved for your endpoints.

  • Improved security

    Sensitive data stays off shared public networks.

  • Predictable performance

    No exposure to public internet congestion or peak-hour slowdowns.

  • Dedicated bandwidth

    Capacity from 100 Mbps to 10 Gbps, sized to your traffic.

  • Network control

    Choose Layer 2 or Layer 3, VLANs, addressing and BGP routing.

  • Scalable connectivity

    Add links, endpoints or bandwidth as your network grows.

  • Enterprise ready

    Designed alongside your colocation, rack space and network services.

Choose the right path

Cross Connect vs Public Internet

The public internet is built for reach. A cross connect is built for the links where consistency, privacy and control matter more.

FactorPublic internetHostGraber cross connect
Network pathShared routes across multiple providersDedicated, direct path between endpoints
LatencyVaries with routing and distanceLower and more consistent
CongestionExposed to public traffic peaksIsolated from public congestion
BandwidthBest effortDedicated, 100 Mbps to 10 Gbps
Routing controlDecided by upstream providersDefined by you: Layer 2, Layer 3, BGP
SecurityTraffic crosses public networksTraffic stays on a private link
Deployment options

Flexible Cross Connect Deployment Options

Choose the physical medium and connection model that fits the distance, speed and isolation your endpoints need.

Single-mode fibre

Long-reach optical link

Carrier, ISP and inter-facility connections

Multi-mode fibre

Short-reach optical link

High-bandwidth links within the facility

Copper

Ethernet cabling

Short in-facility links

Dedicated port

An interface reserved for your traffic

Guaranteed interface capacity

VLAN connectivity

Logical segment over a physical link

Isolating traffic between environments

Custom architecture

Designed around your requirements

Redundant or multi-path network designs

  • Bandwidth
  • 100 Mbps
  • 500 Mbps
  • 1 Gbps
  • 2 Gbps
  • 5 Gbps
  • 10 Gbps
  • Custom
Network expertise beyond the cable

Built for Enterprise Networking

A cross connect is only as good as the design behind it. HostGraber combines data center infrastructure, IP networking and managed services, so the link, addressing and routing are planned together.

  • Layer 2 connectivity
  • Layer 3 connectivity
  • IPv4
  • IPv6
  • BGP
  • VLAN
  • Dedicated fibre
  • Private network
  • Low-latency paths
  • High-availability design
  • Monitoring
  • 24×7 remote hands
Use cases

Cross Connect for Business-Critical Workloads

  1. 01

    Disaster recovery replication

    Private links for replication and failover between primary and DR sites. Disaster recovery

  2. 02

    Private cloud

    Connect virtualization clusters and storage to the networks they serve.

  3. 03

    Financial services

    Consistent, private paths for transaction and market data traffic.

  4. 04

    Hosting providers

    Multiple upstream carriers and ISPs for resilient customer networks.

  5. 05

    SaaS platforms

    Direct links to enterprise customers and third-party services.

  6. 06

    Enterprise applications

    Extend office networks to ERP, CRM and internal systems in the data center.

  7. 07

    Media and streaming

    High-bandwidth paths for content delivery and media workflows.

  8. 08

    AI and compute clusters

    Move large datasets between compute, storage and partner networks.

Deployment process

From Network Requirement to Production Go-Live

  1. 01ASSESS

    Requirement analysis

    We review your endpoints, bandwidth, interface type and routing needs.

  2. 02DESIGN

    Network design

    Medium, ports, Layer 2 or Layer 3, VLANs, addressing and BGP are planned.

  3. 03BUILD

    Provisioning

    The physical link is run and patched, and interfaces are configured.

  4. 04VERIFY

    Testing

    Link, throughput and routing are validated end to end.

  5. 05OPERATE

    Production go-live

    Traffic moves onto the cross connect, with monitoring and remote hands available.

Cross connect guide

Cross Connect Services in Kolkata, Explained

Everything you need to plan a data center cross connect: how it works, how it compares with other options, which cabling to choose and what to prepare before you order.

How a data center cross connect works

Inside a data center, each customer's equipment sits in its own rack. A cross connect is a cable, fibre or copper, that runs from a port on your equipment through the facility's structured patch panels to a port belonging to the other party: a carrier, an internet service provider, a cloud on-ramp or another customer.

Once both ends are patched and tested, the two networks exchange traffic directly over that dedicated link. Because the path stays within private cabling, there is no public routing in between. That is why a cross connect is more consistent, more private and usually lower in latency than reaching the same network over the internet.

Cross connect vs IP transit vs site-to-site VPN

These three terms often come up together, but they solve different problems. In practice they also work together: IP transit from a carrier is frequently handed off to your rack over a cross connect.

Cross connectIP transitSite-to-site VPN
What it isA private physical link between two partiesInternet access bought from a providerAn encrypted tunnel over the internet
PathDirect, inside the facilityPublic internetPublic internet
PerformanceDedicated and consistentDepends on upstream routesVaries with internet conditions
Best forCarriers, ISPs, partners, DR linksReaching the wider internetLow-cost links to remote offices

Fibre or copper: choosing the right medium

Single-mode fibre carries light over longer distances and is the usual choice for carrier hand-offs and links between facilities. Multi-mode fibre suits short, high-bandwidth runs inside the same building. Copper Ethernet is practical for short in-facility links at lower speeds.

The right choice depends on what both ends support. The interface speed, optics and connector type must match on your equipment and on the other party's port. Our network team confirms compatibility during the design stage, before any cable is run.

What to prepare before ordering a cross connect

Having these details ready speeds up design and provisioning:

  • Both endpoints: who you are connecting to, and where their equipment is
  • Interface type and speed on each side, for example 1G or 10G, fibre or copper
  • Optic and connector type, if you already know them
  • Layer 2 or Layer 3 design, plus VLAN, IP addressing and BGP details
  • Any letter of authorization (LOA/CFA) issued by the other party
  • Your target go-live date and any redundancy requirements

Why connect in Kolkata

For businesses in Kolkata, West Bengal and eastern India, interconnecting carriers, ISPs and partners inside a local data center keeps traffic close to the offices and users it serves, and keeps your hardware within reach of your own team.

At HostGraber DC-01 in New Town, cross connects sit alongside colocation in Kolkata, rack space and private networking, so one infrastructure team plans the rack, the link and the routing together.

Glossary

Cross Connect Terms, in Plain Language

Cross connect
A dedicated cable linking your equipment to another party's equipment inside a data center.
Meet-me room (MMR)
An area in a data center where carriers and customers come together to interconnect.
Patch panel
A panel of ports that organises cabling, so connections can be made and changed cleanly.
Demarcation point
The point where responsibility for the connection passes from one party to the other.
LOA/CFA
Letter of Authorization / Connecting Facility Assignment: a document that authorizes a connection to a specific port.
Single-mode fibre
Optical fibre designed for longer distances, common for carrier and inter-facility links.
Multi-mode fibre
Optical fibre for shorter, high-bandwidth runs within a building.
Layer 2 connectivity
Endpoints share a network segment, often separated with VLANs, as if on the same switch.
Layer 3 connectivity
Endpoints exchange routed IP traffic between separate networks.
BGP
Border Gateway Protocol: the routing protocol networks use to exchange routes with each other.
Frequently asked questions

Cross Connect Questions Answered

Still deciding on a design? Share your endpoints and our network team will advise.

What is a data center cross connect?

A cross connect is a dedicated connection between two network endpoints, such as your servers and a carrier, ISP, cloud platform or another customer, so traffic moves directly instead of over the public internet.

Is a cross connect private?

Yes. A cross connect creates private connectivity between supported endpoints rather than relying on public internet routing.

What is the difference between a cross connect and IP transit?

IP transit is internet access bought from a provider. A cross connect is the private physical link between two parties inside a data center. They often work together: transit from a carrier is commonly delivered to your rack over a cross connect.

Do you support fibre cross connects?

Yes. Single-mode and multi-mode fibre cross connects can be provided according to facility availability and technical requirements. Copper is also available for short in-facility links.

Should I choose single-mode or multi-mode fibre?

Single-mode fibre suits longer runs and carrier hand-offs, while multi-mode fibre suits short, high-bandwidth links inside the facility. The choice must match the interfaces on both ends, and our network team confirms it during design.

What bandwidth can I get on a cross connect?

Options range from 100 Mbps to 10 Gbps, with custom capacity available on request.

Can a cross connect be used for disaster recovery?

Yes. Cross connects can support replication, failover and private connectivity between eligible primary and disaster recovery environments.

Do you support BGP?

BGP connectivity options are available for eligible network deployments and are reviewed during solution design.

Can I connect to a specific carrier or ISP?

Connectivity to a particular provider depends on its availability at the facility. Share the provider name in the request form and our team will confirm the options.

Can I create Layer 2 connectivity?

Yes. Layer 2 connectivity and VLAN-based designs can be evaluated based on your network requirements and endpoint availability.

What determines cross connect pricing?

Pricing depends on connection type, endpoints, fibre or interface requirements, bandwidth, network configuration and any additional infrastructure services.

How do I order a cross connect?

Fill in the cross connect request form with both endpoints, the connection type and the bandwidth you need. Our network team reviews the requirement, designs the link, provisions and tests it, then moves it into production.

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