EYP Mission Critical Facilities
COMPANY WEBSITE
COMPANY INFORMATION
Widely recognized as an innovator in the mission critical facilities arena, EYP Mission Critical Facilities (EYP MCF) strengthens HP’s ability to help you improve data center computing performance and availability, maximize data center energy efficiency and achieve cost-effective data center transformation.
EYP MCF has worked with financial services, telecommunications, information technology, broadcast and healthcare enterprises around the world, as well as numerous federal, state and local government agencies.
Complementary capabilities for truly transformative results
EYP MCF professionals complement HP’s extensive data center infrastructure services portfolio and advanced power and cooling solutions with proven expertise in strategic planning, design and operational continuity support for large-scale mission critical facilities.
The result: industry-leading Critical Facilities Services focused on desktop-to-data center optimization for driving better business outcomes.
Serving diverse technology-intensive environments
While data centers represent the majority of our commissions, Critical Facilities Services offer solutions for a broad range of additional environments, including:
- Command/control centers
- C4ISR/SCIF centers
- Call centers
- High-performance computing
- Network operation centers
- Broadcast studio facilities
- Trading floors
- Conference/training spaces
- R&D labs
- Headquarters/operations facilities
AREAS OF EXPERTISE
Data Centre Consultants, Facilities Management, System Management, Managed Services
VENDOR TYPE
KEY CONTACT PERSON(S)
Wilson Foo
wilson-st.foo@hp.com
HIGHLIGHTS
HP Critical Facilities services – As a result of its February acquisition of EYP Mission Critical Facilities, HP is expanding its Data Center Services offering with three new critical facilities services focused on consulting, design and assurance. The services help customers create scalable facilities that reduce the cost of data center operations through energy-efficient power and cooling technologies contained in space-efficient facilities.