Round Tale

(The Hosting News) – Intel Corporation today reported second-quarter revenue of $10.8 billion, up 34 percent year-over-year. The company reported operating income of $4.0 billion, net income of $2.9 billion and EPS of 51 cents.

“Strong demand from corporate customers for our most advanced microprocessors helped Intel achieve the best quarter in the company’s 42-year history,” said Paul Otellini, Intel president and CEO. “Our process technology lead plus compelling architectural designs increasingly differentiate Intel-based products in the marketplace. The PC and server segments are healthy and the demand for leading-edge technology will continue to increase for the foreseeable future.”

To read the complete earnings release, click here.

Intel Reports $10.8 Billion in Revenue

(The Hosting News) – Intel Corporation today reported second-quarter revenue of $10.8 billion, up 34 percent year-over-year. The company reported operating income of $4.0 billion, net income of $2.9 billion and EPS of 51 cents.

“Strong demand from corporate customers for our most advanced microprocessors helped Intel achieve the best quarter in the company’s 42-year history,” said Paul Otellini, Intel president and CEO. “Our process technology lead plus compelling architectural designs increasingly differentiate Intel-based products in the marketplace. The PC and server segments are healthy and the demand for leading-edge technology will continue to increase for the foreseeable future.”

To read the complete earnings release, click here.

Intel Reports $10.8 Billion in Revenue

95^th percentile monitoring is a collocation technical term that relates to bandwidth. This method of monitoring logs 30 days worth of traffic samples every 5 minutes. This log is then sorted in descending order, placing the largest traffic spikes at the top of the list. These top 5% traffic spikes are thrown out.

This remaining top value, within the 95^th percentile, is the bandwidth usage for the month. Colocation hosting providers often use this method to bill their corporate customers. Most collocation hosting companies feel this is the most fair and effective method for conducting business with corporate clients.

This method of billing is only really seen in peering arrangements between corporate networks. Since internet service providers need consistent data rates for planning, this method is far from appealing to them. Most sites generate the bulk of their traffic on Mondays. Therefore, Monday practically determines the billable rate for the entire month.

The primary advantage is the user can accumulate up to 36 hours of peak traffic that will be ignored on that month’s bill, regardless of the height of the spikes. Unfortunately this bill method attracts a few criticisms.

For instance:

• Potential to pay for unused bandwidth
• Inbound and outbound traffic calculated separately

Although the primary advantage is attractive, it works both ways. Users can potentially pay for unused bandwidth. For example, if a website only uses 2Mbps for 5% of the time and nothing more, the client would be billed as if they had utilized 2Mbps for the entire month. If this were the case, the cost could be driven down by sending data reducing the bandwidth to the 95th percentile thus knocking the 5% off.

Another criticism is the split calculation of inbound and outbound traffic. Since these are calculated separately, the highest value is used for billing and not the total sum. This is another issue that could cause for a surprising bill. Critics of this method prefer the flat rate billing system, the average amount of data transferred or billing per byte.

Web hosting providers offer many different types of billing. Some colocation providers even offer a 90% billing method to attract those with inconsistent bandwidth usage. There are so many different steps to getting a website up and running and ever-increasing options to keep it maintained. 95^th percentile monitoring is a fair and effective billing method, but it’s generally more useful for individual users to find an alternative with a better fit.

95^th percentile monitoring is a collocation technical term that relates to bandwidth. This method of monitoring logs 30 days worth of traffic samples every 5 minutes. This log is then sorted in descending order, placing the largest traffic spikes at the top of the list. These top 5% traffic spikes are thrown out.

This remaining top value, within the 95^th percentile, is the bandwidth usage for the month. Colocation hosting providers often use this method to bill their corporate customers. Most collocation hosting companies feel this is the most fair and effective method for conducting business with corporate clients.

This method of billing is only really seen in peering arrangements between corporate networks. Since internet service providers need consistent data rates for planning, this method is far from appealing to them. Most sites generate the bulk of their traffic on Mondays. Therefore, Monday practically determines the billable rate for the entire month.

The primary advantage is the user can accumulate up to 36 hours of peak traffic that will be ignored on that month’s bill, regardless of the height of the spikes. Unfortunately this bill method attracts a few criticisms.

For instance:

• Potential to pay for unused bandwidth
• Inbound and outbound traffic calculated separately

Although the primary advantage is attractive, it works both ways. Users can potentially pay for unused bandwidth. For example, if a website only uses 2Mbps for 5% of the time and nothing more, the client would be billed as if they had utilized 2Mbps for the entire month. If this were the case, the cost could be driven down by sending data reducing the bandwidth to the 95th percentile thus knocking the 5% off.

Another criticism is the split calculation of inbound and outbound traffic. Since these are calculated separately, the highest value is used for billing and not the total sum. This is another issue that could cause for a surprising bill. Critics of this method prefer the flat rate billing system, the average amount of data transferred or billing per byte.

Web hosting providers offer many different types of billing. Some colocation providers even offer a 90% billing method to attract those with inconsistent bandwidth usage. There are so many different steps to getting a website up and running and ever-increasing options to keep it maintained. 95^th percentile monitoring is a fair and effective billing method, but it’s generally more useful for individual users to find an alternative with a better fit.

95^th percentile monitoring is a collocation technical term that relates to bandwidth. This method of monitoring logs 30 days worth of traffic samples every 5 minutes. This log is then sorted in descending order, placing the largest traffic spikes at the top of the list. These top 5% traffic spikes are thrown out.

This remaining top value, within the 95^th percentile, is the bandwidth usage for the month. Colocation hosting providers often use this method to bill their corporate customers. Most collocation hosting companies feel this is the most fair and effective method for conducting business with corporate clients.

This method of billing is only really seen in peering arrangements between corporate networks. Since internet service providers need consistent data rates for planning, this method is far from appealing to them. Most sites generate the bulk of their traffic on Mondays. Therefore, Monday practically determines the billable rate for the entire month.

The primary advantage is the user can accumulate up to 36 hours of peak traffic that will be ignored on that month’s bill, regardless of the height of the spikes. Unfortunately this bill method attracts a few criticisms.

For instance:

• Potential to pay for unused bandwidth
• Inbound and outbound traffic calculated separately

Although the primary advantage is attractive, it works both ways. Users can potentially pay for unused bandwidth. For example, if a website only uses 2Mbps for 5% of the time and nothing more, the client would be billed as if they had utilized 2Mbps for the entire month. If this were the case, the cost could be driven down by sending data reducing the bandwidth to the 95th percentile thus knocking the 5% off.

Another criticism is the split calculation of inbound and outbound traffic. Since these are calculated separately, the highest value is used for billing and not the total sum. This is another issue that could cause for a surprising bill. Critics of this method prefer the flat rate billing system, the average amount of data transferred or billing per byte.

Web hosting providers offer many different types of billing. Some colocation providers even offer a 90% billing method to attract those with inconsistent bandwidth usage. There are so many different steps to getting a website up and running and ever-increasing options to keep it maintained. 95^th percentile monitoring is a fair and effective billing method, but it’s generally more useful for individual users to find an alternative with a better fit.

95^th percentile monitoring is a collocation technical term that relates to bandwidth. This method of monitoring logs 30 days worth of traffic samples every 5 minutes. This log is then sorted in descending order, placing the largest traffic spikes at the top of the list. These top 5% traffic spikes are thrown out.

This remaining top value, within the 95^th percentile, is the bandwidth usage for the month. Colocation hosting providers often use this method to bill their corporate customers. Most collocation hosting companies feel this is the most fair and effective method for conducting business with corporate clients.

This method of billing is only really seen in peering arrangements between corporate networks. Since internet service providers need consistent data rates for planning, this method is far from appealing to them. Most sites generate the bulk of their traffic on Mondays. Therefore, Monday practically determines the billable rate for the entire month.

The primary advantage is the user can accumulate up to 36 hours of peak traffic that will be ignored on that month’s bill, regardless of the height of the spikes. Unfortunately this bill method attracts a few criticisms.

For instance:

• Potential to pay for unused bandwidth
• Inbound and outbound traffic calculated separately

Although the primary advantage is attractive, it works both ways. Users can potentially pay for unused bandwidth. For example, if a website only uses 2Mbps for 5% of the time and nothing more, the client would be billed as if they had utilized 2Mbps for the entire month. If this were the case, the cost could be driven down by sending data reducing the bandwidth to the 95th percentile thus knocking the 5% off.

Another criticism is the split calculation of inbound and outbound traffic. Since these are calculated separately, the highest value is used for billing and not the total sum. This is another issue that could cause for a surprising bill. Critics of this method prefer the flat rate billing system, the average amount of data transferred or billing per byte.

Web hosting providers offer many different types of billing. Some colocation providers even offer a 90% billing method to attract those with inconsistent bandwidth usage. There are so many different steps to getting a website up and running and ever-increasing options to keep it maintained. 95^th percentile monitoring is a fair and effective billing method, but it’s generally more useful for individual users to find an alternative with a better fit.

San Jose, California – (The Hosting News) – September 16, 2009 – Provider of premium wholesale data center space for corporate customers, Fortune Data Centers, has leased 100% of its 8 Megawatt critical load capacity, within six months of opening the doors of its Phase 1 development.

John Sheputis, CEO of Fortune Data Centers explained, ”Despite a tough economic climate, demand for data center space continues to be a bright spot. To have a facility of this size fully leased in such a short time period should confirm the market strength of Silicon Valley. And, we have a strong team with great vendors and business partners that helped make this happen.”
The company is now beginning work on Phase 2 development at the San Jose facility, which is expected to add approximately 6 Megawatts of critical load capacity. When completed, Fortune San Jose will occupy over 140,000 square feet and support nearly 14 Megawatts of IT critical load.

Dan Golding, vice president and research director, Tier 1 Research added, ”The colocation market is extremely strong, especially for high quality, highly redundant wholesale datacenter capacity. The Silicon Valley area, in particular, is one of the most under-supplied regions of the U.S., with datacenter demand exceeding supply for the past four years. This trend has been exacerbated by the credit crunch, which has made it tough to secure financing for large datacenter projects. The few large, high quality datacenter projects on the market are in great demand from both enterprises and Internet content providers – particularly if they are energy efficient, which makes them less expensive to operate.”

Mr. Sheputis continued, ”Our tenants are among some of the most respected companies in the world. They are experienced industry leaders in their core businesses and have many other data center holdings. They recognize that there are significant cost savings to be realized by partnering with a company that delivers highly energy-efficient data center space.”

Fortune’s Phase 1 data center delivers superior energy efficiency as measured by Power Usage Effectiveness (PUE). PUE is determined by dividing the total facility power by the IT equipment power – the lower the resulting ratio, the more efficient the data center. During independent testing through a Level 5 Commissioning Process, the data center achieved a PUE of 1.37 at full load, an energy-efficiency level far superior to the industry average data center PUE of 2.0, and better than the EPA’s 2011 target PUE of 1.45 for state-of-the-art enterprise-class data centers.

Mr. Sheputis concluded, ”We have participated in several PG and E efficiency programs and have been very happy with the results. We exceeded our PUE projections for Phase 1 and expect to deliver an even better PUE for Phase 2 by leveraging and advancing many of the efficiency measures used in the first phase. We are currently defining the technical program for Phase 2, and it will include state-of-the-art efficiency measures for service redundancy and energy density. We’re confident that increasing the facility’s capacity will not only lower tenant operating costs, but our expansion should result in lower power costs for our tenants.”

Fortune Data Centers was founded to create a class of industrial grade data centers for corporate clients seeking a cost-effective alternative to the prospect of in-house development and facility management. Fortune’s San Jose facility is designed to provide best in class reliability and total value for large scale deployments of mission critical applications. The property meets or exceeds the toughest industry standards for data centers – in all operational categories of availability, security, connectivity, and physical resilience. Fortune is a privately held company, founded in 2006.

To learn more, please visit: www.fortunedatacenters.com.

San Jose, California – (The Hosting News) – September 16, 2009 – Provider of premium wholesale data center space for corporate customers, Fortune Data Centers, has leased 100% of its 8 Megawatt critical load capacity, within six months of opening the doors of its Phase 1 development.

John Sheputis, CEO of Fortune Data Centers explained, ”Despite a tough economic climate, demand for data center space continues to be a bright spot. To have a facility of this size fully leased in such a short time period should confirm the market strength of Silicon Valley. And, we have a strong team with great vendors and business partners that helped make this happen.”
The company is now beginning work on Phase 2 development at the San Jose facility, which is expected to add approximately 6 Megawatts of critical load capacity. When completed, Fortune San Jose will occupy over 140,000 square feet and support nearly 14 Megawatts of IT critical load.

Dan Golding, vice president and research director, Tier 1 Research added, ”The colocation market is extremely strong, especially for high quality, highly redundant wholesale datacenter capacity. The Silicon Valley area, in particular, is one of the most under-supplied regions of the U.S., with datacenter demand exceeding supply for the past four years. This trend has been exacerbated by the credit crunch, which has made it tough to secure financing for large datacenter projects. The few large, high quality datacenter projects on the market are in great demand from both enterprises and Internet content providers – particularly if they are energy efficient, which makes them less expensive to operate.”

Mr. Sheputis continued, ”Our tenants are among some of the most respected companies in the world. They are experienced industry leaders in their core businesses and have many other data center holdings. They recognize that there are significant cost savings to be realized by partnering with a company that delivers highly energy-efficient data center space.”

Fortune’s Phase 1 data center delivers superior energy efficiency as measured by Power Usage Effectiveness (PUE). PUE is determined by dividing the total facility power by the IT equipment power – the lower the resulting ratio, the more efficient the data center. During independent testing through a Level 5 Commissioning Process, the data center achieved a PUE of 1.37 at full load, an energy-efficiency level far superior to the industry average data center PUE of 2.0, and better than the EPA’s 2011 target PUE of 1.45 for state-of-the-art enterprise-class data centers.

Mr. Sheputis concluded, ”We have participated in several PG and E efficiency programs and have been very happy with the results. We exceeded our PUE projections for Phase 1 and expect to deliver an even better PUE for Phase 2 by leveraging and advancing many of the efficiency measures used in the first phase. We are currently defining the technical program for Phase 2, and it will include state-of-the-art efficiency measures for service redundancy and energy density. We’re confident that increasing the facility’s capacity will not only lower tenant operating costs, but our expansion should result in lower power costs for our tenants.”

Fortune Data Centers was founded to create a class of industrial grade data centers for corporate clients seeking a cost-effective alternative to the prospect of in-house development and facility management. Fortune’s San Jose facility is designed to provide best in class reliability and total value for large scale deployments of mission critical applications. The property meets or exceeds the toughest industry standards for data centers – in all operational categories of availability, security, connectivity, and physical resilience. Fortune is a privately held company, founded in 2006.

To learn more, please visit: www.fortunedatacenters.com.

Dublin, Ireland – (The Hosting News) – July 1, 2009 – Wholesale datacentre provider, Digital Realty Trust, Inc., has completed a Turn-Key Datacentre lease agreement with consulting, technology and outsourcing services firm, Capgemini.

The agreement specifies that Capgemini will establish a new datacentre in a Digital Realty Trust property in France during the summer to support the growth of its datacentre infrastructure.

Bernard Geoghegan, Senior Vice President, International Operations of Digital Realty Trust remarked, ”We are delighted to be working with Capgemini on this important datacentre project for its global IT strategy. Our Turn-Key Datacentre is an ideal solution for corporate customers such as Capgemini, allowing them to focus on deploying their IT systems in a timely, cost effective manner with a datacentre infrastructure partner they can rely on for the long term.”

Over the past two years Capgemini has put much effort into upgrading its hosting offering in order to provide its clients with maximum resilience and security levels, optimisation of energy costs, together with a high level quality of services. Capgemini chose Digital Realty Trust because it specialises in datacentre facilities, has international operations, and is financially sound.

Olivier Herrmann, Deputy Chief Operations Officer, Outsourcing Services at Capgemini explained, ”By leasing space in its facility, we are able to move forward immediately with our datacentre plans without the significant capital investment ordinarily associated with large hosting projects. We also chose Digital Realty Trust because of the company’s proven track record of supplying reliable solutions to the world’s leading companies.”

Digital Realty Trust Turn-Key Datacentre(SM) facilities provide state-of-the-art environments for supporting mission critical infrastructure, with advanced cooling, power, redundancy, and sustainability features to ensure that critical applications are available while optimising energy efficiency. Digital Realty Trust’s Turn-Key Datacentres(SM) are scalable from hundreds of kilowatts of IT Load to megawatts of IT load and are located in markets throughout North America and Europe. Each Turn-Key Datacentre(SM) facility is physically secure and features a state-of-the-art power and cooling architecture that has been optimised for green operation. Every Turn-Key Datacentre(SM) is built using the company’s proprietary POD Architecture(SM) and uses metered power to ensure that clients pay only for the power that they use.

About Digital Realty Trust, Inc. Digital Realty Trust owns, acquires, redevelops, develops and manages technology-related real estate. The Company is focused on providing Turn-Key Datacentre(SM) and Powered Base Building(SM) datacentre solutions for domestic and international tenants across a variety of industry verticals ranging from information technology and internet enterprises, to manufacturing and financial services. Digital Realty Trust’s 75 properties, excluding one property held as an investment in an unconsolidated joint venture, contain applications and operations critical to the day-to-day operations of technology industry tenants and corporate enterprise datacentre tenants. Comprising approximately 1.2 million square metres (13.0 million square feet) as of April 30, 2009, including approximately 111,000 square metres (1.2 million square feet) of space held for redevelopment, Digital Realty Trust’s portfolio is located in 27 markets throughout Europe and North America.

Capgemini, a consulting, technology and outsourcing services firm, enables its clients to transform and perform through technologies. Capgemini provides its clients with insights and capabilities that boost their freedom to achieve superior results through a unique way of working, the Collaborative Business Experience(TM). The Group relies on its global delivery model called Rightshore(R), which aims to get the right balance of the best talent from multiple locations, working as one team to create and deliver the optimum solution for clients. Present in more than 30 countries, Capgemini reported 2008 global revenues of EUR 8.7 billion and employs over 90,000 people worldwide.

To learn more, please visit: www.capgemini.com.

For additional information about Digital Realty Trust, please visit: www.digitalrealtytrust.com.

Dublin, Ireland – (The Hosting News) – July 1, 2009 – Wholesale datacentre provider, Digital Realty Trust, Inc., has completed a Turn-Key Datacentre lease agreement with consulting, technology and outsourcing services firm, Capgemini.

The agreement specifies that Capgemini will establish a new datacentre in a Digital Realty Trust property in France during the summer to support the growth of its datacentre infrastructure.

Bernard Geoghegan, Senior Vice President, International Operations of Digital Realty Trust remarked, ”We are delighted to be working with Capgemini on this important datacentre project for its global IT strategy. Our Turn-Key Datacentre is an ideal solution for corporate customers such as Capgemini, allowing them to focus on deploying their IT systems in a timely, cost effective manner with a datacentre infrastructure partner they can rely on for the long term.”

Over the past two years Capgemini has put much effort into upgrading its hosting offering in order to provide its clients with maximum resilience and security levels, optimisation of energy costs, together with a high level quality of services. Capgemini chose Digital Realty Trust because it specialises in datacentre facilities, has international operations, and is financially sound.

Olivier Herrmann, Deputy Chief Operations Officer, Outsourcing Services at Capgemini explained, ”By leasing space in its facility, we are able to move forward immediately with our datacentre plans without the significant capital investment ordinarily associated with large hosting projects. We also chose Digital Realty Trust because of the company’s proven track record of supplying reliable solutions to the world’s leading companies.”

Digital Realty Trust Turn-Key Datacentre(SM) facilities provide state-of-the-art environments for supporting mission critical infrastructure, with advanced cooling, power, redundancy, and sustainability features to ensure that critical applications are available while optimising energy efficiency. Digital Realty Trust’s Turn-Key Datacentres(SM) are scalable from hundreds of kilowatts of IT Load to megawatts of IT load and are located in markets throughout North America and Europe. Each Turn-Key Datacentre(SM) facility is physically secure and features a state-of-the-art power and cooling architecture that has been optimised for green operation. Every Turn-Key Datacentre(SM) is built using the company’s proprietary POD Architecture(SM) and uses metered power to ensure that clients pay only for the power that they use.

About Digital Realty Trust, Inc. Digital Realty Trust owns, acquires, redevelops, develops and manages technology-related real estate. The Company is focused on providing Turn-Key Datacentre(SM) and Powered Base Building(SM) datacentre solutions for domestic and international tenants across a variety of industry verticals ranging from information technology and internet enterprises, to manufacturing and financial services. Digital Realty Trust’s 75 properties, excluding one property held as an investment in an unconsolidated joint venture, contain applications and operations critical to the day-to-day operations of technology industry tenants and corporate enterprise datacentre tenants. Comprising approximately 1.2 million square metres (13.0 million square feet) as of April 30, 2009, including approximately 111,000 square metres (1.2 million square feet) of space held for redevelopment, Digital Realty Trust’s portfolio is located in 27 markets throughout Europe and North America.

Capgemini, a consulting, technology and outsourcing services firm, enables its clients to transform and perform through technologies. Capgemini provides its clients with insights and capabilities that boost their freedom to achieve superior results through a unique way of working, the Collaborative Business Experience(TM). The Group relies on its global delivery model called Rightshore(R), which aims to get the right balance of the best talent from multiple locations, working as one team to create and deliver the optimum solution for clients. Present in more than 30 countries, Capgemini reported 2008 global revenues of EUR 8.7 billion and employs over 90,000 people worldwide.

To learn more, please visit: www.capgemini.com.

For additional information about Digital Realty Trust, please visit: www.digitalrealtytrust.com.