Question by student: What is the available range of IP addresses?
You are assigning a range of IP addresses to hosts on your Windows 2000 network. You would like to use the network ID of 117.72.32.0/20. What is the available range of IP addresses that you can use given the network ID specified above?

a. 117.72.1.1-117.72.255.254
b. 117.72.32.1-117.72.32.254
c. 117.72.32.1-117.72.255.254
d. 117.72.15.1-117.72.31.254
e. 117.72.32.1-117.72.47.254

Best answer:

Answer by Linux OS
/20 gives you 4096 hosts, which is answer e, though technically you get the range

117.72.32.0 – 117.72.47.255

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Question by LaniChelle 2: How do i find my ip address and or Host, Domain Name on my computer?

Best answer:

Answer by freeflow
you can send yourself a letter and then scroll down and click on full headers it will show you

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Fulshear, TX (PRWEB) March 06, 2012

Following the rapid growth of demand for the companys web hosting services, virtual private server (VPS hosting) plans, and dedicated server solutions, JaguarPC announced today a number of network infrastructure upgrades designed to meet the ever-increasing service needs of its customers. Spanning both the back-end and front-end capabilities of the JaguarPC hosting network, these new changes bring JaguarPC web hosting plans to a higher standard than ever.

It doesnt matter if you choose a shared web hosting plan or a reseller hosting service web hosting that is inaccessible or slow can turn visitors and customers away, says Greg Landis, CEO at JaguarPC. We owe it to our customers to make sure that their web presence is always available, and to ensure continuous availability, we must provide the best network for the job. Thats why we review our network setup regularly, and thats why weve chosen a range of upgrades focused on both speed and reliability.

Broadly speaking, a web hosting service network can be divided into the front-end, which faces users directly, and the back-end, which provides vital support to front-end software and services. JaguarPC has made a number of changes across both sides of its network. First, the hosting company has invested in an all-new GigE back-end. GigE, or Gigabit Ethernet, is capable of lightning-fast data transfer at a rate of 1 gigabit per second, facilitating rapid transmission speeds for even the largest of files. Equipped with this new back-end, JaguarPC has also established additional network backhauls and providers for piping data to the Internet backbone. As a result, data can enter and exit the JaguarPC network quickly and efficiently.

The back-end is like the foundation of the network, even though our customers only interact with the back-end indirectly, says Landis. However fast and dependable the front-end becomes whatever changes we decide to implement there everything ultimately depends on the quality of the back-end, which is why we continue to invest in the equipment on that side of our network. But most importantly, with the foundation improved so dramatically, it has become possible for us to introduce even more changes on the front-end of our web hosting solutions.

As well as increasing the front-end capacity of its network by more than ten times, JaguarPC has also introduced new switching hardware that is able to direct traffic more quickly and efficiently. These changes fulfill the potential speed and power as defined by the backbone alterations. In addition, to give VPS hosting services and dedicated server customers complete control over their chosen solution, JaguarPC has added new KVM over IP systems across their entire network. KVM over IP, or Kernel-based Virtual Machine over IP, empowers customers with secure, BIOS-level access from a remote, off-site location. By introducing KVM over IP, JaguarPC customers can become more self-sufficient and less dependent on the availability of support staff within the physical data center.

We havent simply changed a few customer-facing elements of our service; weve invested in the long-term future of JaguarPC, says Landis. Even as we grow and as demand for our servers increases, the capabilities of our newly upgraded network will help us to maintain high quality across every shared web hosting service, VPS hosting service, and dedicated server plan. We are more confident than ever to offer every customer, regardless of their hosting type, an unrivalled 100% network uptime service level agreement (SLA). If we ever fall short of our own high standards, well refund customers ten times the proportional cost of their service during downtime. If the network is unavailable for just two-and-a-half hours, well refund customers an entire days worth of billing. Thats how strongly we believe that our customers deserve web hosting that is always available, every single day.

JaguarPCs generous SLA is a testament to the companys intelligent and robust network design and its deep understanding of the issues facing the average web hosting user. With the latest overhaul of the JaguarPC network, JaguarPC is prepared to deliver efficient, dependable, and powerful web hosting well into the future.

To find out more about web hosting plans from JaguarPC, visit jaguarpc.com.

About JaguarPC

Established in 1998, JaguarPC is one of the worlds most trusted and experienced web hosting companies. JaguarPC delivers superior service to clients through its cost-effective, high-value services model. JaguarPC provides hosting support to business and personal clients from across the globe, including the worlds leading companies and governments in many countries. JaguarPC has over ten years of experience in the hosting industry and a growth rate of over 95%, year after year. JaguarPC has recently expanded their competitive service range and pledged ongoing commitment to outstanding support with the expansion of its U.S.-based technical support staff, available via phone, email, chat, or ticket, 24/7/365. For immediate support, call (888) 551-3050, or use the convenient support ticket system at http://www.jaguarpc.com/clients.

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Tampa. FL (PRWEB) March 02, 2012

Savtira Corporation today announced the launch of 4 of 11 planned Enterprise Cloud Commerce and EDN Application Streaming Data Centers to provide service for the USA and Europe. The active data centers are located in Tampa, San Jose, New York City and Amsterdam.

Savtira is building one of the fastest GPU/CPU blade server clustered environments in the world, said Timothy Munro Roberts, Chairman and CEO of Savtira Corporation. Our Data Centers will be able to take on all the challenges of modern cloud commerce and application streaming with ease.

Savtiras eStore clients receive access to an extensive media network that includes comprehensive redundancy, scalability, performance and manageability. Savtiras self-healing hosting environment ensures 99.999% uptime and allows for rapid scalability while allowing for central management. Savtiras network hubs are connected via fiber and termination with DWDM providing 40Gbps of connectivity between data centers. This allows Savtiras network to scale bandwidth as needed to deliver eCommerce and media.

Savtira Corporation is the first ever Cloud Commerce company to use a cost-effective blade environment that processes more streams with a smaller footprint than current streaming providers. All Savtira data centers have UCS servers with blade chassis that hold 16 graphics processing units (GPUs). Savtiras service aims to maximize the blade environments benefits of scale and to pass those benefits on to its eStore retail clients. Blade servers generate an enormous amount of processing power on a very small footprint. GPUs deliver the same performance as CPUs for 1/20 of the power consumption and 1/10 the cost. Each GPU processor exceeds 400 cores: multiply that times sixteen GPUs and you get a whopping amount of processing power that was only available before by using a very large number of CPU-based systems.

Savtiras Tier 1 and Tier 2 Data Centers are reliable and reach key markets:

????99.999% uptime

????No single point of failure

????Virtualized cloud environment fully meshed between 11 Data Centers for maximum redundancy and seamless failover

????Network Operating Center monitoring 24×7/365 through out-of-band network

????Point-to-point, meshed, dedicated circuits to provide high-availability of mission-critical sites

????Performance-based DNS load balancing

????Direct connectivity into over 2,800 commercial buildings

????Teleports in key markets for broadcast transcoding and secure IP delivery

????SAS 70 Level-2 and PCI Level 1 compliance

Savtiras Data Centers are equipped with high end servers and state-of-the-art components:

????Over $ 5,000,000 of fully clustered hardware per data center

????Development, production and staging sandbox in Tampa headquarters data center

????11,000MB of private transport to internet Layer 3 to Abovenet

????11 PetaBytes of Netapp Storage with real-time replication between all data centers

????Clustered Brocade Routers with 10GIG Backplane

????Clustered Brocade Switches with 10GIG Backplane

????Clustered Brocade F5 Load Balancers

????Cisco ASA Firewalls

????HP Blade Servers

????CISCO UCS Blade Servers

????GPU Blade Servers with highest performing NVIDIA cards

“Savtiras Data Centers give retailers and publishers access to advanced storage and streaming technology,” said Michael Avina, Chief Technology Officer of Savtira Corporation. ” Our clients can focus on growing their business rather worrying about how they are going to securely store data and stream applications and the costs associated with server maintenance and bandwidth.

About Savtira

Savtira is in the business of digital distribution with a Software-as-a-Service (SaaS) ecommerce platform that provides a turnkey system for the distribution, marketing, merchandising, and sale of digital media and physical goods in a single store, and in a single, unified shopping cart. Savtira-powered eStores are designed to meet the specific needs of retail partners and are custom-branded for each one. To facilitate the delivery of digital content, Savtira is building a new-generation, carrier-class Entertainment Distribution Network (EDN), streaming all digital media from the cloud, with a feature set that eclipses anything on the market. The company is headquartered in Tampa, Fla., and has an office location in the United Kingdom. For more information on Savtira, visit: http://www.savtira.com or call 813.402.0123. Follow us on Twitter at: http://www.twitter.com/savtira.

Savtira is a registered trademark. All other product and service names mentioned are the trademarks of their respective companies.

Media Contact

Savtira Corporation

Direct: (813) 440-3841????????Fax: (813) 440-3800???????? http://www.Savtira.com

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Question by upperEchelon: How can I host a website from my personal computer? Even if I don’t have a static IP?
It seems if I am running winXP and IIS I should be set. What confuses me is where can I register my ip with the DNS server…Do I use the DNS server on my ISP? I realize I will have to update it everytime my ip changes but thats fine for my purposes.

Best answer:

Answer by jim_walks
http://www.dyndns.com/
That should do it. I have been meaning to set up my own server to but AOL gave me a non static ip.cause they router it all through a proxy server

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Question by volcomkid252: Can anyone please explain how to subnet any given IP address?
if you were given say 209.1.3.0 and you were told to subnet this IP address for 8 subnets and maximize hosts for each subnet.

and could you do the same with 12 subnets?
i know the idea of subnetting, cause ima taking a class but i just want to hear it from someone else.

Best answer:

Answer by wetcpu
subnets can be complex to explain; more than this space will allow.

However, you can only divide up an address space in groups that are divisible by powers of 2 ( typically 1,2,4,8,16,32,64,128,256).

So it is possible to evenly divide a class ‘c’ range (your example, 209.1.3.0) into 8 groups, but not 12. To get 12 networks you would need to divide the space up into either 16 groups, or divided into groups of different sizes (8 groups of 16, 4 groups of 32).

In 209.1.3.0, you are dividing the last octet into 8 groups. The last octet is represented by 256 bits. 256/8 = 32. So each subnet has 32 addresses in it:
209.1.3.0 – 209.1.3.31
209.1.3.32 – 209.1.3.63
and so on to
209.1.3.224 – 209.1.3.253

Each subnet has a subnet mask of 255.255.255.224 (256-32)

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