Page 1:An Introduction To Intel vPro And Active Management Technology
Page 2:Unique vPro Hardware Requirements
Page 3:Intel Core 2 Duo E8500 And DQ45CB: The Wolfdale Generation
Page 4:Intel Core i5-670 And DQ57TM: The Clarkdale Generation
Page 5:Intel Core i5-2500 And DQ67SW: The Sandy Bridge Generation
Page 6:Intel Management Engine (ME)
Page 7:Intel Active Management Technology (AMT)
Page 8:Intel AMT Web Interface
Page 9:Intel AMT Web Interface, Continued
Page 10:KVM Remote Control: Adding RealVNC Plus To The Mix
Page 11:KVM Remote Control: Adding RealVNC Plus To The Mix, Continued
Page 12:Intel vPro, McAfee, And The Atom Platform
Page 13:AMD's DASH Wild Card
Intel Core i5-670 And DQ57TM: The Clarkdale Generation
When Intel launched its Clarkdale-based CPUs in the first quarter of 2010, it marked a major architectural shift for business PCs. The dual-core CPU was manufactured using a 32 nm process, while the GPU, memory controller, and a 16-lane PCI Express 2.0 controller (all formerly found in the chipset northbridge), were etched on a 45 nm process and added to the CPU package.
While the improved graphics engine paved the way for lower overall power consumption, Intel also made big changes to the processor's execution cores using its Nehalem architecture. Furthermore, the Core i5 models featured one notable feature that was sure to interest organizations concerned about security: AES-NI. Accelerated AES encryption and decryption allowed apps that recognized it to take advantage of a handful of instructions that offloaded what was once a significant software-based workload to hardware. This made it possible for IT managers to turn on hard drive encryption without a significant performance impact using standard like BitLocker and McAfee Endpoint Encryption. Having seen colleagues get their notebooks stolen and after responding to PCs being stolen from the headquarters of a large multi-national corporation, it's quite clear that drive encryption should be a mandatory security precaution on any PC with sensitive business information.
Accompanying the Core i5-670 was Intel's DQ57TM motherboard. Like the DQ45CB, the DQ57TM shares a similar footprint and expansion slot layout.
By default, the DQ57TM supports Intel's AMT 6.0. Compared to the previous generation, AMT 6.0 added Intel KVM Remote Control support, while version 6.1 added additional KVM resolutions. As we'll see later in this story, inclusion of KVM and IDE-R (IDE redirection) is a major feature set enhancement. Although Intel clearly intends these technologies to help in the enterprise segment where techs are already overextended, it's equally useful to service providers managing SMBs remotely. The power to respond almost immediately to a call for help from a business owner without his own IT department gets that customer one step closer to the experience an enterprise-based employee would see.
The Q57 platform generation was the first time I saw hardware-based KVM-over-IP used in a home setting to remotely troubleshoot PCs. One could also use the technology to monitor child computer usage, since it facilitates remote desktop viewing without any installed software.
- An Introduction To Intel vPro And Active Management Technology
- Unique vPro Hardware Requirements
- Intel Core 2 Duo E8500 And DQ45CB: The Wolfdale Generation
- Intel Core i5-670 And DQ57TM: The Clarkdale Generation
- Intel Core i5-2500 And DQ67SW: The Sandy Bridge Generation
- Intel Management Engine (ME)
- Intel Active Management Technology (AMT)
- Intel AMT Web Interface
- Intel AMT Web Interface, Continued
- KVM Remote Control: Adding RealVNC Plus To The Mix
- KVM Remote Control: Adding RealVNC Plus To The Mix, Continued
- Intel vPro, McAfee, And The Atom Platform
- AMD's DASH Wild Card