The Internet of things is the network of physical devices, vehicles, and other items embedded with electronics, software, sensors, actuators, and network connectivity which enable these objects to collect and exchange data. using this we can create a hub of wireless network where all these devices are connected intermidiately on the same network and the exchange of data takes places between the devices without the necessity of servers. Here devices are peer to peer. only the required information will be exchanged between each other devices. This creates a serverless platform where data exchange can be made more accurate and reliable by using some techniques of data compression so whatever the data stored on the internet can be compressed and divide and deposit the data on each device that are connected on our network. Here only we need a strong server and no else where servers are required. this can help in bringing big data solution and also saving up power consumed by servers and also a way to change the concept of internet access.
I would like to present to you interesting idea to make the cases for desktops better home and office equipment. Every desktop collects inside the dust. At the same time, it moves more than 1.000 CF of the air every hour, 2-4 times the volume of the air in small room or individual office space. When the interior of the desktop is coated with FNNANO and illuminated by UVA LED, the desktop will efficiently purify all the passing air, it will eliminate the contamination in the room and it will reduce the inside dust, keeping the fast rate of processing data. We can achieve three concepts at once: help clean the environment, share the pure room concept and make the PC run faster. If you are interested to develop this option with us we would be happy to provide more details.
FUNCTIONS Its an Emergency Power Unit When Charging the laptop main battery, energy from the main battery is also stored into the Emergency Power Unit (EPU). It is also compatible with wireless charging.The Emergency Power Unit (EPU) lasts for 48 hours.in this way, users avoid charging their Laptops on a daily basis as it saves time. eg: Monday, Wednesday etc.It works similarily to the Uninterupted Power System (UPS).it main purpose is to allow Laptop users to user their Laptop longer as the main function of the Emergency Power Unit (EPU) is to provide longer lasting power for Laptops. LOCATION The Emergency Power Unit (EPU) is mounted onto the Laptop, next to the main battery.
Please add EFI, eSATA, and maybe a fingerprint reader to all your notebooks! Status Update Please see vida_k's comment below
In every enterprise there is a need for a lightweight server, running a domain server, email server, webserver for intranet, etc These servers don't need much processing capability, but as they run all the time need to be energy efficient and not take up too much room. Of course a lot of these are virtualised now, but this doesn't suit everyone. My idea is to create a new server platform which is basically an android based mobile phone without the phone connectivity and to either rely on wifi, or add a network connection. For disk based tasks add an SSD drive which would be fast and also low heat/energy. Android can easily run domain server, email server, etc software The OS can also be locked down to prevent virus attacks, and because it can be treated as a true appliance the maintenance for the device would be very low (no running large numbers of windows updates etc) Because of it's size, you could fit a very large number of this appliance servers in a rack mounting kit. In terms of creating these devices, a lot of the software and hardware already exists already. Please let me know what you think of this idea.
As notebook mobility is becoming more and more important, battery autonomy and NOT available disk space is becoming a major decisive factor.It would thus be very useful to be able to build a notebook without the standard power guzzling hard drive.A Solid State Device HD would lower heat generation and lower power consumption. Status UpdateGreat idea! We are already offering SSDs on some of our products. http://direct2dell.com/one2one/archive/2007/06/26/19139.aspx
Dell change CD/DVD's on your Desktop and Server models (All) to SATA. Using SATA cables reduces any ventilation restrictions which can occur with IDE ribbon cables. SATA also reduces configuration issues for new computer users, reducing support calls. Start Jul 2nd: provided by florida web site design
My idea is based around the need for Small and Medium sized enterprises to have a new form factor created around their very specific need to get datacenter capable components that cannot be situated in a dedicated datacenter. Their needs are getting ever more sophisticated but its hard for them to have multiple tower servers or one powerful server situated in an office environment. If they did go for rack servers a large rack dominates the office space and of course remains loud due to the BPU output. I am therefore proposing a new standard be created around the traditional rack platform but meets specific criteria for SME; 1. Size (Office Space) 2. Power (Efficiency) 3. Cooling (Reduced active cooling) My idea is around taking the traditional server rack 'U' format and shrinking it to a more suitable standard for SME's. i.e. 'Mini U'. It could be around 50-70% of the normal depth and width and a maximum of perhaps 50% of the height. This rack could then take mini U servers, storage, switches, routers, UPS's, patch cabling etc. It would likely need to be an open standard in order for other vendors to build equipment to the new standard or offer rack mount kits for their existing equipment. With Mini ITX and ATX becoming more commonplace and Intel driving down the TDP of their processors we must surely be in a situation where these servers could be produced effectively. Think along the lines of a blade computer but one that is stand alone and mountable. These racks could also be used for Enterprises for satellite offices too. When working for a Microsoft Gold Partner we were frequently told by Microsoft that theres a lot of consultancies going for the large corporates and yet there are literally hundreds of thousands of SME's in the marketplace desperate for more IT maturity. Obviously cost is always going to be a factor but the volume might become comparable to large enterprises when taking into account the number of businesses out there. With Microsoft's essentials platforms you could pretty much have an OEM appliance marketplace developed as well as Open source opportunities. I know for me as an SME consultant I would love to have equipment like this available that allows me to help a small business but allow them the headroom for years to come. Especially because VMWare offer ESX SME solutions too. Its an idea I have been thinking about for a couple of years so happy for it to be dissected, good or bad, pros and cons. Richard Status Update: This idea has been Partially Implemented with the announcement of the Dell PowerEdge VRTX converged solution. Thank you for posting!
This amazing supercomputer that apparently went in to operation 3 days ago is a Dell. Yet looking for info on Dell's web site it's so hard to find (I couldn't find it) that feels like they're embarrassed of it. Did Dell just overlook a great marketing opportunity? Or does Dell have some other reason not to make as hard to find on their web site as other Dell products running the same family of operating systems? http://www.tgdaily.com/content/view/32716/113/ NCSA: A look inside one of the world's most capable supercomputer facilities ... Abe is the latest supercomputer to join NCSA. It is scheduled to go into full production on Monday, July 2, 2007. It's currently operating at full capacity and is rated #8 in the world. It operates at a maximum computing capacity of just under 90 teraflops. Its sustained computing capacity is documented at around 63 teraflops. It is a Linux-based cluster comprised of 1200 Dell PowerEdge 1955s blades. Each blade sports two 2.33 GHz Quad-Core Xeons (Clovertown core) on a 1333 GHz FSB operating in Intel64 mode (true 64-bit computing). That's 2400 physical processors housing 9600 cores. The system communicates with itself and the outside world using an Infiniband network at 10 Gbps. It has 200 TB of disk storage and each core has a dedicated GB of memory all to itself, resulting 9.6 TB of DDR2 memory total. ... #90 - â€œTungstenâ€� - 2003 â€“ 16.4 teraflops debuted at #3 in the world...is a Red Hat Linux-based cluster comprised of 1750 Dell PowerEdge 1750 Yet when I go to Dell.com and look for more info: http://search.dell.com/results.aspx?s=gen&c=us&l=en&cs=&k=abe&cat=prod some stuff on Abe Milstein, but nothing on this impressive Dell computer. http://search.dell.com/results.aspx?s=gen&c=us&l=en&cs=&k=supercomputer&cat=ans I see a bunch of old news about 2005 and 2002 computers; but if the newest, most impressive ones are in there, you don't make it easy to find. Ideas: Put a block describing this stunningly impressive Abe computer in your (small and large) business and government Server pages like this one: http://www.dell.com/content/products/category.aspx/enterprise?c=us&cs=04&l=en... Put a block describing this stunningly impressive Abe computer in the rotation on the big spot on your home page. Yes, I know not many customers will buy that exact same computer; but they might want to buy a scaled down version. And it'll let them know that Dell can grow with them however big there needs are; while I suspect most people's first impression is that Dell is more the small windows-file-server vendor rather than serious computers. Make a whitepaper that describes in detail the hardware & software used to make a computer like this one. in case you do have customers that want to build a scaled down version of this. Or can't you let people know that you made one of the most impressive computers in the world because it runs Linux - so you bury it in hidden parts of the web site like your Ubuntu products? Status Update Dell has had a longstanding relationship with NCSA and we're really proud of the work that's being done on Dell systems. To read more about Dell's high-performance computing clusters click here.
Every Desktop and Notebook which has at least 2 disk slots should be optionally availible with preconfigured RAID1 managed by the motherboard RAID controller The obvious objective is to almost transparently survive disk crashes for casual users. Reinstalling after a crash si a several day long nightmare, even if you have backed up your data , which is itself a nightmare, considering these data are spread everyware. So most casual users do nothing and live with this sword of Damocles hanging above. SW RAID managed by Windows is not an attractive option; not available with basic XP, difficult to setup. HW based RAID preconfigured at BIOS level is transparent and relatively easy to live with. Wasting 50% of disk space is not a problem with the tiny GB price we see today. Preconfigured RAID 1 exists in Dell line but is limited to very few high end workstations and servers. Status Update Please see mano_g's comment