On Thursday, IBM plans to announce its work with university researchers to instantly process data for wildfire prediction — changing the delay time from every six hours to real-time. This will not only help firefighters control the blaze more efficiently, but deliver more informed decisions on public evacuations and health warnings.
The new joint project with the University of Maryland, Baltimore County allows for researches to analyze smoke patterns during wildfires by instantly processing the massive amounts of data available from drone aircraft, high-resolution satellite imagery and air-quality sensors, to develop more effective models for smoke dissipation using a cluster of IBM BladeCenters and IBM InfoSphere Streamsanalytics. Today analysis of smoke patterns is limited to weather forecasting data, observations from front line workers and low resolution satellite imagery. This new ability will provide fire and public safety officials with a real-time assessment of smoke patterns during a fire, which will allow them to make more informed decisions on public evacuations and health warnings.
Researchers expect to have a prototype of this new system available by next year.
HP officially announced today an update to their BL2x220c blade server line. Although the primary purpose for this update was to introduce the Intel Xeon 5500 Series processor to the server line, there are additional significant enhancements as well (shown below in bold:
Up to two Quad-Core Intel® Xeon®5500 sequence processors
Up to 48 GB(6 x 8 GB) of memory, supported by (6) slots of PC2-5300 Registered DIMMs, 1066Mhz
1 non-hot plug small form factor SATA or Solid State hard drive
Embedded Dual-port NC326i Gigabit Server Adapter
One (1) I/O expansion slots via mezzanine card
One (1) internal USB 2.0 connector for security key devices and USB drive keys
Supported ONLY in c7000 Chassis
For those of you not familiar with the BL2x220 Blade Server, I think it is one of HP’s best kept secret. This blade server is an awesome feet of design because it is not just 1 server, it is 2 servers in 1 blade case – in a clam shell design (see below). This means that in a HP C7000 BladeSystem chassis you could have 32 servers! That’s 64 CPUs, 256 CORES, 3TB of RAM all in a 10U rack space. That’s pretty impressive.
In the wake of the Cisco, EMC and VMware announcement, HP today is formally announcing the HP Converged Infrastructure. You can take a look at the full details of this design on HP’s Website, but I wanted to try and simplify:
The HP Converged Infrastrcture is comprised of four core areas:
HP Infrastructure Operating Environment
HP Virtual Resource Pools
HP Data Center Smart Grid
According to HP, achieving the benefits of a “converged infrastructure” requires the following core attributes:
Virtualized pools of servers, storage, networking
Resiliency built into the hardware, software, and operating environment
Orchestration through highly automated resources to deliver an application aligned according to policies
Optimized to support widely changing workloads and different applications and usage models
Modular components built on open standards to more easily upgrade systems and scale capacity
Let’s take a peak into each of the core areas that makes up the HP Converged Infrastructure.
HP Infrastructure Operating Environment This element of the converged infrastructure provides a shared services management engine that adapts and provisions the infrastructure. The goal of this core area is to expedite delivery and provisioning of the datacenter’s infrastructure.
The HP Infrastructure Operating Environment is comprised of HP Dynamics – a command center that enables you to continuously analyze and optimize your infrastructure; and HP Insight Control– HP’s existing server management software.
HP FlexFabric HP defines this core area as a “next-generation, highly scalable data center fabric architecture and a technology layer in the HP Converged Infrastructure.” The goal of the HP FlexFabric is to create a highly scalable, flat network domain that enables administrators to easily provision networks as needed and on-demand to meet the virtual machines requirements.
HP’s FlexFabric is made up of HP’s ProCurve line and their VirtualConnect technologies. Beyond the familiar network components, the HP ProcurveData Center Connection Manager is also included as a fundamental component offering up automated network provisioning.
HP Virtual Resource Pools
This core area is designed to allow for a virtualized collection of storage, servers and networking that can be shared, repurposed and provisioned as needed.
Most of HP’s Enterprise products fit into this core area. The HP 9000 and HP Integrity servers use HP Global Workload Managerto provision workloads; HP Proliant servers can use VMware or Microsoft’s virtualization technologies and the HP StorageWorks SAN Virtualization Services
Platform(SVSP) enables network-based (SAN) virtualization of heterogeneous disk arrays.
HP Data Center Smart Grid The goal of this last core area of the HP Converged Infrastructure is to “create an intelligent, energy-aware environment across IT and facilities to optimize and reduce energy use, reclaiming facility capacity and reducing energy costs.”
HP approaches this core area with a few different products. The Proliant G6 server lines offer a “sea of sensors” that aid with the consumption of power and cooling. HP also offers a Performance Optimized Datacenter (POD)– a container based datacenter that optimize power and cooling. HP also uses the HP Insight Control software to manage the HP Thermal Logic technologies and control peaks and valleys of power management on servers.
In summary, HP’s Converged Infrastructure follows suit with what many other vendors are doing – taking their existing products and technologies and re-marketing them to closely align and reflect a more coherent messaging. Only time will tell as to if this approach will be successful in growing HP’s business.
By now I’m sure you’ve read, heard or seen Tweeted the announcement that Cisco, EMC and VMware have come together and created the Virtual Computing Environment coalition . So what does this announcement really mean? Here are my thoughts:
GreaterCooperation and Compatibility Since these 3 top IT giants are working together, I expect to see greater cooperation between all three vendors, which will lead to understanding between what each vendor is offering. More important, though, is we’ll be able to have reference architecturethat can be a starting point to designing a robust datacenter. This will help to validate that an “optimized datacenter” is a solution that every customer should consider.
Technology Validation With the introduction of the Xeon 5500 processor from Intel earlier this year and the announcement of the Nehalem EX coming early in Q1 2010, the ability to add more and more virtual machines onto a single host server is becoming more prevalent. No longer is the processor or memory the bottleneck – now it’s the I/O. With the introduction of Converged Network Adapters (CNAs), servers now have access to Converged Enhanced Ethernet (CEE) or DataCenter Ethernet (DCE) providing up to 10Gb of bandwidth running at 80% efficiency with lossless packets. With this lossless ethernet, I/O is no longer the bottleneck.
VMware offers the top selling virtualization software, so it makes sense they would be a good fit for this solution.
Cisco has a Unified Computing System that offers up the ability to combine a server running a CNA to a Interconnect switch that allows the data to be split out into ethernet and storage traffic. It also has a building block design to allow for ease of adding new servers – a key messaging in the Coalition announcement.
EMCoffers a storage platform that will enable the storage traffic from the Cisco UCS 6120XP Interconnect Switch and they have a vested interest in VMware and Cisco, so this marriage of the 3 top IT vendors is a great fit.
Announcement of Vblock™ Infrastructure Packages According to the announcement, the Vblock Infrastructure Package “will provide customers with a fundamentally better approach to streamlining and optimizing IT strategies around private clouds.” The packages will be fully integrated, tested, validated, and that combine best-in-class virtualization, networking, computing, storage, security, and management technologies from Cisco, EMC and VMware with end-to-end vendor accountability. My thought on these packages is that they are really nothing new. Cisco’s UCS has been around, VMware vSphere has been around and EMC’s storage has been around. The biggest message from this announcement is that there will soon be “bundles” that will simplify customers solutions. Will that take away from Solution Providers’ abilities to implement unique solutions? I don’t think so. Although this new announcement does not provide any new product, it does mark the beginning of an interesting relationship between 3 top IT giants and I think this announcement will definitely be an industry change – it will be interesting to see what follows.
UPDATE – click here check out a 3D model of the vBlocks Architecture.
Cisco’s own Omar Sultan and Brian Schwarz recently blogged about Cisco’s Unified Computing System (UCS) Manager software and offered up a pair of videos demonstrating its capabilities. In my opinion, the management software of Cisco’s UCS is the magic that is going to push Cisco out of the Visionary quadrant of theGartner Magic Quadrant for Blade Servers to the “Leaders” quadrant.
The Cisco UCS Manager is the centralized management interface that integrates the entire set of Cisco Unified Computing System components. The management software not only participates in UCS blade server provisioning, but also in device discovery, inventory, configuration, diagnostics, onitoring, fault detection, auditing, and statistics collection.
On Omar’s Cisco blog, located at http://blogs.cisco.com/datacenter, Omar and Brian created two videos. Part 1 of their video offers a general overview of the Management software, where as in Part 2 they highlight the capabilities of profiles.
I encourage you to check out the videos – they did a great job with them.
Previously known as “Palo”, Cisco’s virtualized adapter allows for a server to split up the 10Gb pipes into numerous virtual pipes (see below) like multiple NICs or multiple Fibre Channel HBAs. Although the card shown in the image to the left is a normal PCIe card, the initial launch of the card will be in the Cisco UCS blade server.
So, What’s the Big Deal?
When you look at server workloads, their needs vary – web servers need a pair of NICs, whereas database servers may need 4+ NICs and 2+HBAs. By having the ability to split the 10Gb pipe into virtual devices, you can set up profiles inside of Cisco’s UCS Manager to apply the profiles for a specific servers’ needs. An example of this would be a server being used for VMware VDI (6 NICs and 2 HBAs) during the day, and at night, it’s repurposed for a computational server needing only 4 NICs.
Another thing to note is although the image shows 128 virtual devices, that is only the theoretical limitation. The reality is that the # of virtual devices depends on the # of connections to the Fabric Interconnects. As I previously posted, the servers’ chassis has a pair of 4 port Fabric Extenders (aka FEX) that uplink to the UCS 6100 Fabric Interconnect. If only 1 of the 4 ports is uplinked to the UCS 6100, then only13 virtual devices will be available. If 2 FEX ports are uplinked, then 28 virtual devices will be available. If 4 FEX uplink ports are used, then 58 virtual devices will be available.
Will the ability to carve up your 10Gb pipes into smaller ones make a difference? It’s hard to tell. I guess we’ll see when this card starts to ship in December of 2009.