AIMS Data Centre

cross-connect-services-Ig

What We Offer

MRC CROSS-CONNECT SERVICES

Structured cabling inter-connection from the data centre to the termination points outside such as manhole, rooftop, office floors and outside building.

Service features:
– Copper MRC cross-connect services
– Coaxial MRC cross-connect services
– Fibre Port MRC cross-connect services

OTC CROSS-CONNECT SERVICES

Rack-to-rack structured cabling inter-connection within the data centre with infrastructure such as overhead fibre runners and cable trays/baskets for optimum performance and management.

Service is charged on a per cross-connect basis and cannot be re-diverted to other new cross-connect points.

Service features:
– Copper OTC cross-connect services
– Coaxial OTC cross-connect services
– Fibre OTC cross-connect services

FAQs

1. What is a cross connect in a data center?

A cross connect in a data center refers to the physical connection of network infrastructure between different systems or clients. This can include copper, coaxial, or fiber-optic cables used to interconnect servers, racks, or other devices within a data center or between the data center and external locations like offices or rooftops.

2. What are MRC cross-connect services?

MRC (Monthly Recurring Charge) Cross-Connect Services involve structured cabling solutions that connect a data center’s internal infrastructure to external termination points such as manholes, rooftops, and office floors.

These services include copper, coaxial, and fiber port cross-connects that help facilitate seamless data and network connectivity outside the data center.

3. What are OTC cross-connect services?

OTC (One-Time Charge) Cross-Connect Services are used for interconnecting racks or systems within the data center. These structured cabling connections often involve overhead fiber runners, cable trays, and baskets to ensure efficient management and optimum performance.

The service is charged on a per-cross-connect basis and cannot be re-diverted to other locations.

4. What are the benefits of cross connect services in a data center?

Cross connect services in a data center improve network performance, reliability, and security by providing direct physical connections between infrastructure elements. This will

  • Reduce latency.
  • Ensure high-speed data transfer.
  • Enhance network uptime.

These are all crucial for businesses relying on colocation, cloud services, or enterprise networking solutions.

5. What is the difference between MRC and OTC cross-connect services?

MRC Cross-Connect Services are billed on a monthly recurring basis, typically for external connections such as from a data center to an office or outside infrastructure.

OTC Cross-Connect Services are charged as a one-time fee and are used for internal data center connections, such as rack-to-rack interconnects.

6. How much do cross connect services cost?

The cost of cross connect services varies depending on factors such

  • Type of connection (copper, coaxial, or fiber).
  • The distance of the connection.
  • Whether it is an MRC or OTC service.

Data center cross connect fees typically include installation, maintenance, and ongoing charges, and are calculated per cross-connect point.

7. How can I set up a cross connect in my data center?

To set up a cross connect in your data center, you can contact AIMS to discuss the type of cross connect services you need (e.g., copper, fiber, or coaxial). We will guide you through the installation process, including choosing the appropriate infrastructure and ensuring compliance with network performance and security standards.

8. How can AIMS cross connects improve network performance?

AIMS cross connects reduce latency and improve network performance by offering direct, private connections between devices.

Unlike traditional internet-based connections, cross connects provide a faster, more secure path for data transfer, which can significantly enhance the efficiency of applications and services hosted within the data center.

9. Are cross connects secure?

Yes, cross connects are highly secure as they provide direct, dedicated connections that are isolated from public internet traffic. Thus, cross connects are more resistant to cyber threats and data breaches compared to standard internet connections, ensuring that sensitive data remains protected.

10. Can I redirect my cross connect to another location?

Generally, cross connect services, especially OTC connections, cannot be redirected to other points once established. This is to maintain the integrity and performance of your network. If you need to move or add new connections, you would typically need a new cross connect service.

11. How to choose between fiber, copper, and coaxial cross connects?

The choice of depends on your specific requirements:

  • Fiber cross connect is best for high-speed, long-distance connections with high bandwidth needs.
  • Copper cross connect is suitable for shorter distances and lower bandwidth requirements.
  • Coaxial cross connect is ideal for specific network needs, such as cable services or certain media applications.
12. What are the advantages of using fiber optic cross connects?

Fiber optic cross connects have high bandwidth, low latency, and the ability to cover long distances with minimal signal degradation. Thus, they are ideal for businesses that need to transfer large amounts of data quickly and securely. Fiber optic cross connects are the best choice for cloud interconnections, high-performance computing, and disaster recovery scenarios.

13. Do I need a cross connect if I am using a public cloud service?

This depends. Public cloud services can be accessed via the internet. However, a dedicated cross connect to the cloud offers enhanced performance, lower latency, and higher security. This advantage is particularly important for businesses that require consistent high-speed connections, such as those involved in real-time data processing, large-scale backups, or running mission-critical applications.

Find out how AIMS can take your business to the next level.