Posts Tagged ‘Terramark’

Equinix has a Bad Market Day

Friday, October 8th, 2010

Equinix had a bad day Tues, with stock price dropping by about a 25% in one day and not recovering since. This dramatic price drop also affected the stock value of many prominent public data center companies or data center centric companies. The Equinix price drop was created from a revenue warning from Equinix and a lawsuit filing questioning churn and revenue forecasts. The market is clearly jittery about any uncertainty in the revenue filings and forward expectations of margin and revenue for what has been a very robust company and market segment. These questions have hurt all companies in this segment. My analysis, and this is purely my analysis and opinion as an industry person, not a recommendation or investment professional report.

Equinix has always reported churn to be very low and that it’s customers have a certain stickiness due to its collection of network providers at each site and the group of core customers attracted to be in Equinix for peering with each other. And while I have been saying for years that fiber is ubiquitous, adding insignificant dollars to large data center projects to bring fiber to even remote sites, as a past large customer of Equinix, I can attest to the value of these peering relationships and network options. However, while there is great value in these network connections, they can be accomplished with little equipment, a rack or two. Meanwhile, the rest of the customer’s servers are located in a lower cost wholesale or internal data center (I’m referring to large users). And as networking technologies and equipment improve and shrinks in size to accomplish the same number of connections, “network” customers of Equinix need fewer racks for these networking connections. A past 2-4 rack requirement is now 1-2 racks, so churn is not loss of customer but a decrease in the number of racks. Meanwhile, that customer may add more cross-connects to peer with more Equinix customers in the same data center, further entrenching the “network” community that is there to peer with each other. And each of these cross connects is fairly low monthly recurring revenue (MRR) yet pure margin, so Equinix maintains high margin even if total MRR declines slightly over time. Overall, a good business model that retains high margins even if revenue falls slightly.

The challenge for Equinix is to grow MRR as customer equipment shrinks, since Equinix sells mostly space in a power driven world. Also wholesale providers are selling to customers with 20+ racks instead of what was the minimum buy in at about 100 racks. So the wholesale and other data center providers are closing in on the smaller rack customers that are core to Equinix while Equinix has not moved up in size to competitively serve the larger rack customers, those with over 25+ racks, as the wholesale providers serve those customers at significantly lower costs. As large rack customers of Equinix migrate to wholesale providers, they keep up to a few racks to maintain networking connections with high margin but Equinix looses market share and larger revenue customers, essentially driving Equinix to their core business and core high margin customers with a few racks and lots of cross connects, exactly what they want purging the large customers with dozens of racks at a lower MRR per rack. So while rack churn sets in customer stickiness remains. Summary point: Network is ubiquitous; most don’t need 20+ carrier connections; those that do keep a networking rack or two for peering and networking connectivity and maybe caching servers; rest of racks move to lower cost centers

Separately, cloud providers continue to move in to Equinix, an excellent growing customer segment for Equinix. But I predict that as these providers get large in the number of racks, where it becomes lower cost to relocate to a wholesale or other lower cost provider, they will. I used to work for Exodus Communications who started the co-location market and I also ran a data center co-location company several years ago, and as a past large customer of Equinix, DRT, DFT and many others, and also ran data center operations for one very large Internet play and once very large software provider, so I am familiar with the challenges of moving racks from one location to another. This challenge adds to the stickiness of customers and limits churn. But as customers grow and add new servers, customers can add new servers in new locations via cloud and with the help of virtualization and quickly have them virtually replace servers else where, making transitioning from one data center to another a much easier task, whereby primary servers can change from one data center location to another, and then be physically taken offline, making data center transitions much easier than before. This is especially true as more and more folks do not rely on the one data center basket for all servers, and instead, of multiple, geographically diverse data centers that load balance and fail over to each other in real time.

A couple of final points. I like Equinix; I believe they have an excellent product and a very high margin business. While being very focused to retain margins they have missed what I believe are revenue growth opportunities in booming Asia and with larger rack customers albeit at lower margin. Also, the intense focus on networking hubs has forced them to have data centers in high power cost markets, which directly and significantly affects COGS while corporate data centers have been moving out of metro areas to rural areas for cost benefits. This brings better fiber to those areas and “known-ness” to those areas as we see with data center bunching, for better of for worse in places like Central Washington, Utah, Reno, North Carolina, etc. Equinix is limited by their focus on network and high margin to metro areas, again further limited revenue growth and having a higher impact from high power costs and market share loss to those moving to lower power cost centers. This will help them retain margins while likely loosing market share, so I see Equinix’s value in high margin with less revenue growth—a result that should be valued but we’ll see what transpires over time, as many investors have often been more focused on revenue growth. Let’s hope all data center stocks are not devalued and that revenue forecasts are accurate as possible to maintain the proper value of these data center companies.

You can read more via these fine articles here and here:

Also, be sure to register for the SVLG Data Center Efficiency Summit on October 14th in San Jose, as registrations are expected to be sold out soon.

Smaller, modular data centers & data center news and job post

Tuesday, August 10th, 2010

As I’ve worked in the data center industry for over 12 years, I’ve seen data centers get larger and larger. When I was with Sun Microsystems, we had over a 1,000 data center closets, labs and rooms, but no large data centers. There were many challenges to providing and maintaining all of these “mini” data centers, each wanting its own UPS and generator support while needing to run house air conditioning units 24/7 in office buildings that should had been shut off on weekends and evenings. I ran the numbers and realized we could supply all of these needs in a larger, shared data center for a much lower total cost. I proposed to Michael Lehman, then Sun’s CFO, the plan of an internal co-location data center complete with separate cages for each group to securely house their servers. This was around 1998.
Next when I was with Exodus Communications, the company that started the co-location industry, again the math played in favor of bigger is better, or at least lower cost. As a member of the “build team” running around the world finding and negotiating the next spot to locate a data center, then designing them, the larger we made the data centers the lower the total cost per unit to build, own and operate them.

Later, I was with Google operating and acquiring large data centers, and I had the privilege of running the largest data center in square feet that I’ve ever known. Now fast forward years of data center design, construction, operations and efficiency programs for data centers, and I’ve come to see that while larger may be lower cost to build and operate at the time of construction, in most cases larger data centers cost more over time than ‘medium-sized’ (relative size to time to load up) data centers. Why? Large data centers are rarely future proof. Our server technology leaps ahead a generation every 18-months; software generations are often 6-12 months. New infrastructure solutions are coming along every year, and capacity planning is rarely good more than 6-12 months out and sorely inaccurate at that. Case in point: a data center I built for Yahoo that would take 3-5 years to fill wanted to be modified to accommodate new cooling technologies and wanted to be moved to a different state to take advantage of changing tax laws. Yet modifying a concrete shell and relocating an entire and new data center are impractical and often costly solutions.

If we build data centers that are scalable in that they the are smaller and thus at the scale of 1-3 years of capacity, then we can always implement new technologies, solutions and changing business capacity and needs quickly and at lower cost over time. This may mean we plan for the next ten years when we site select our data center “campus”, but build out smaller shells in more frequent build cycles than one large building that can last for 5+years. I spoke about this in a recent ComputerWorld article.

The article also mentions the “butterfly” data center concept from HP, discussed further in this article. The key tenant of the plan is to build smaller buildings on a campus with shared network, personal and other benefits. Why not also build a small computer factory on the campus to serve the data centers and surrounding area? Another concept to this approach is with containers, which eBay just added themselves into the fold of those considering containers for future modular scalability.

I’ve built many of the lowest cost data centers ($4-8 million per MW of IT load) and the most energy efficient data centers (PUE 1.04-1.10), and I believe these smaller data centers can be built for very comparable cost and efficiency figures, likely the same, and perhaps even lower, especially over time as retrofits are less likely and less costly. I’ve seen examples of this in many of the previous data center projects I’ve been working on, which are 10+ MWs in size, ‘medium’ in relative terms.

Various data center news:
Fast growing company looking for a data center manager position in Santa Clara, IT focused, Linix & storage. Write me if you are interested.

Terremark Worldwide release solid Q1 results, raising annual revenue projections. Guidance for 2011 assumes no federal IT project revenue although that has been accounting for 10% of revenue. Cloud revenue growing and now accounts for 8% of total revenue.

Internap Network Services released its Q2 results, which were on target with revenue and margins, significantly increasing gross margin by exiting partner data centers into company owned data centers. I see this trend over time, as folks move from outsourced into company owned data centers. I can help you with this transition, having completed it and the best strategy to do so many times now with very excellent results.

Investment in “greener data centers” to increase over 5x in 5 years per Pike Research or put another way, capture 28% of global market by 2015 in this story, that I highlighted in a previous blog post.