Web services must be robust to meet demand.
The Sun GlassFish Enterprise Server solution
includes tools and services to ease the move
from commercial solutions. A Migration Tool
supports transitions from popular application
servers, like BEA WebLogic Server and Apache
Tomcat, to GlassFish software running on Sun
systems with built-in enterprise-class reliability,
availability, and serviceability features.
Flexible pricing options give companies of all
sizes access to enterprise-class service and
support. Standard call support with fast
response times, and premium services offering
customer-focused support teams and live call
transfers, are available. In addition, extensive
training classes, easy updates and upgrades to
the latest innovations, and the ability to work
with experts can speed development—helping
to ensure the right technology is used the right
way to get reliable, high-performance solutions
up and running fast.
Get more performance and scalability for less
Keeping Web infrastructures operating at peak
efficiency and within budget can be difficult as
datacenters grow to support more services.
Sun servers with CoolThreads technology blend
the performance and scalability of traditional
midrange servers with the proven economies of
energy-efficient, chip multithreading (CMT)
designs. Creating a family of virtualized servers
that scale more with less, the servers can help
enterprises transform Web-scale environments
with virtually unsurpassed throughput and
consolidation into smaller footprints.
Indeed, Sun servers with UltraSPARCо T1 or T2
processors with CoolThreads technology offer
up to eight cores and 64 simultaneous threads
on a single chip—providing an ideal platform
for handling rising workload volumes. Now,
innovative dual-socket servers incorporating
UltraSPARC T2 Plus processors provide up to
128 threads in a single 1U form factor to take
performance and scalability to a new level.
When running on Sun Fire T2000 servers, Sun
GlassFish Enterprise Server provides superior
performance on industry benchmarks1.