Sun expands its arsenal with high-density, multi-purpose Sun Fire B1600 Blade Platform
System supports multiple architectures yet lacks manageabilityFollow @infoworld
Sun has been taking it on the chin for the past few months — OK, longer than that — what with flagging financials, management turmoil, disappointing market share, and even a tug-of-war regarding Java technology.
Look beyond the bad news, because with its Sun Fire 1600 blade system, Sun has created a hardware solution that’s truly innovative and worth considering seriously, even by those who aren’t running Solaris shops.
The pricing is great, the hardware features extraordinary (if for no other reason than because the platform currently supports two separate microprocessor architectures, Sparc and x86), and it is easily scalable to support AMD’s AMD64 architecture (rumor has it that blades using AMD’s Opteron processor are coming). The only significant weakness is management, which lags far behind the competition.
Sun recently provided InfoWorld with a single-chassis blade server setup that included at least one each of the company’s individual server blades. Also included was a gold-code version of the N1 Grid Provisioning Server 3.1 Blades Edition, the company’s approach to automated server deployment and management. Though it’s still rough around the edges, I was impressed with N1, which truly automates the concept of wiring up and provisioning the servers. (See “Sun’s Autonomic Efforts Show Potential,” page 26).
Sun’s foundation is the Sun Fire B1600 Blade Platform, a 3U rack-mount unit with 16 server slots in the front and two hot-swap power supplies. Each chassis also has two removable Gigabit Ethernet switch modules, each of which contains eight GbE ports and a 10GbE backplane, plus a 10/100 Ethernet management port and a serial management port.
With a maximum loadout of 16 blades per chassis, that translates to a density of 224 servers per standard 42U rack. This is very good density and better than many blade systems. Though it’s below the ultra-tight design of RLX Technologies’ 300ex chassis, which stores 336 servers in a full rack, and HP’s ProLiant BL e-Class system, which offers 280 servers per rack, Sun’s server blades are more powerful.
In fact, Sun’s heterogeneous blade assortment is unprecedented, though frankly it’s unclear how important the ability to mix and match blades would be in a production datacenter. Sun currently ships three base-server models. The B100s use a 650MHz UltraSparc IIi processor running 64-bit Solaris. The similar B100x is based on a 1.54GHz AMD Athlon XP 1800+ processor that can run 32-bit Solaris, SuSE Linux or Red Hat Linux. Then there’s the unusual B200x, a double-width server that contains two low-voltage 2GHz Intel Xeons with the same OS choices.
Each of those blades comes with a single 30GB IDE hard drive. The 100-series blades have two Gigabit Ethernet ports that connect to the chassis backplane; the 200-series doublewide has four .
The blades themselves are nicely designed but do suffer some limitations. First, as you’d expect with blades designed for Linux and Unix, there’s no KVM capability whatsoever, so forget running Windows. There’s also no facility for adding new I/O, such as Fibre Channel or InfiniBand, to the blades so for external storage, you’re stuck with NAS.