Apple expected to launch iPhone 4 64GB and 128GB in 2011 ?

This is a purely speculative story – so take it with as much salt as you like

So far, Apple’s iPhone models are available in 16 GB and 32 GB versions. It is normal to assume that Steve Jobs would want the next version of the iPhone – often called the iPhone 4G in the rumours – will go for a 64 GB storage. But will it happen?

Possibly. Very likely. The reason is, Toshiba, which supplies the 16 GB and 32 GB NAND flash memory module to Apple, has just announced a 64 GB NAND flash package. Mass production of the 64GB module will begin in Q3 2010 – it makes sense to believe that Apple would be one of the first customers for this one! Or would they decide to get two of the 64GB modules and offer us a 128 GB iPhone? Oh, the possibilities. The iPod Touch too should benefit from all the extra storage capacity.

Of course, the whole point of a 64 GB iPhone from Apple is a bit pathetic – Jobs has in his infinite wisdom decided not to give us a SD card expansion slot which would have enabled us to increase our storage as we wish.

Storing hours of high definition video or a humungous amount of music will be possible if Apple actually goes in for this. Anyway, it is time for a fourth generation iPhone and Apple fanboys are saving up money for a 2010 purchase.

It is not just Toshiba but Samsung too who have 64 GB flash memory storage, but so far Apple has preferred to go with Samsung. On the other hand, there are a range of devices – like the Zune HD or any number of smartphones – which would be perfect candidates for a memory upgrade. But an iPhone 64Gb is what makes news, so there you have it. There is no point in mentioning prices or specifications for a 4G Apple iPhone with 64GB or 12GB memory for now, anyway.

Apple expected to launch iPhone 4 64GB and 128GB in 2011 ?

This is a purely speculative story – so take it with as much salt as you like

So far, Apple’s iPhone models are available in 16 GB and 32 GB versions. It is normal to assume that Steve Jobs would want the next version of the iPhone – often called the iPhone 4G in the rumours – will go for a 64 GB storage. But will it happen?

Possibly. Very likely. The reason is, Toshiba, which supplies the 16 GB and 32 GB NAND flash memory module to Apple, has just announced a 64 GB NAND flash package. Mass production of the 64GB module will begin in Q3 2010 – it makes sense to believe that Apple would be one of the first customers for this one! Or would they decide to get two of the 64GB modules and offer us a 128 GB iPhone? Oh, the possibilities. The iPod Touch too should benefit from all the extra storage capacity.

Of course, the whole point of a 64 GB iPhone from Apple is a bit pathetic – Jobs has in his infinite wisdom decided not to give us a SD card expansion slot which would have enabled us to increase our storage as we wish.

Storing hours of high definition video or a humungous amount of music will be possible if Apple actually goes in for this. Anyway, it is time for a fourth generation iPhone and Apple fanboys are saving up money for a 2010 purchase.

It is not just Toshiba but Samsung too who have 64 GB flash memory storage, but so far Apple has preferred to go with Samsung. On the other hand, there are a range of devices – like the Zune HD or any number of smartphones – which would be perfect candidates for a memory upgrade. But an iPhone 64Gb is what makes news, so there you have it. There is no point in mentioning prices or specifications for a 4G Apple iPhone with 64GB or 12GB memory for now, anyway.

Apple expected to launch iPhone 4 64GB and 128GB in 2011 ?

This is a purely speculative story – so take it with as much salt as you like

So far, Apple’s iPhone models are available in 16 GB and 32 GB versions. It is normal to assume that Steve Jobs would want the next version of the iPhone – often called the iPhone 4G in the rumours – will go for a 64 GB storage. But will it happen?

Possibly. Very likely. The reason is, Toshiba, which supplies the 16 GB and 32 GB NAND flash memory module to Apple, has just announced a 64 GB NAND flash package. Mass production of the 64GB module will begin in Q3 2010 – it makes sense to believe that Apple would be one of the first customers for this one! Or would they decide to get two of the 64GB modules and offer us a 128 GB iPhone? Oh, the possibilities. The iPod Touch too should benefit from all the extra storage capacity.

Of course, the whole point of a 64 GB iPhone from Apple is a bit pathetic – Jobs has in his infinite wisdom decided not to give us a SD card expansion slot which would have enabled us to increase our storage as we wish.

Storing hours of high definition video or a humungous amount of music will be possible if Apple actually goes in for this. Anyway, it is time for a fourth generation iPhone and Apple fanboys are saving up money for a 2010 purchase.

It is not just Toshiba but Samsung too who have 64 GB flash memory storage, but so far Apple has preferred to go with Samsung. On the other hand, there are a range of devices – like the Zune HD or any number of smartphones – which would be perfect candidates for a memory upgrade. But an iPhone 64Gb is what makes news, so there you have it. There is no point in mentioning prices or specifications for a 4G Apple iPhone with 64GB or 12GB memory for now, anyway.

Introduction to Basic Router Definition

According to my trainer, when I'm taking ESNA class, Mr. Raj said Routers is something (software or hardware) that usually used to join or connect two or more logical subnets, which do not necessarily map one-to-one to the physical interfaces of the router. Router usually tailored to the tasks of routing and forwarding information.

Physically, Routers contain a specialized operating system such as Cisco's IOS. Router component consist of RAM, ROM, NVRAM, flash memory, and one or more processors (CPU), as well as two or more network interfaces. Router generally provides connectivity inside enterprises, between enterprises and the Internet, and inside Internet Service Providers (ISP).

Router have four different modes. The first mode is user mode, then we have privileged mode. For more deeper, we can go to global configuration mode which is used to change the configuration. The final mode is specific configuration mode.

mode 1: Router>
mode 2: Router#
mode 3: Router-config#
mode 4: Router-config-specific#


Router provides two routing types which are static routing and dynamic routing. Static routing used to reduce overhead and for security while in dynamic routing information is learned from other routers and routing protocols adjust routes automatically. Static routing does not have the scalability compared to dynamic routing. For now, these are the basic introduction about Router that I can review for the time being. Later on, for other detail information about router, I'll post it next time.

adios,

Introduction to Basic Router Definition

According to my trainer, when I'm taking ESNA class, Mr. Raj said Routers is something (software or hardware) that usually used to join or connect two or more logical subnets, which do not necessarily map one-to-one to the physical interfaces of the router. Router usually tailored to the tasks of routing and forwarding information.

Physically, Routers contain a specialized operating system such as Cisco's IOS. Router component consist of RAM, ROM, NVRAM, flash memory, and one or more processors (CPU), as well as two or more network interfaces. Router generally provides connectivity inside enterprises, between enterprises and the Internet, and inside Internet Service Providers (ISP).

Router have four different modes. The first mode is user mode, then we have privileged mode. For more deeper, we can go to global configuration mode which is used to change the configuration. The final mode is specific configuration mode.

mode 1: Router>
mode 2: Router#
mode 3: Router-config#
mode 4: Router-config-specific#


Router provides two routing types which are static routing and dynamic routing. Static routing used to reduce overhead and for security while in dynamic routing information is learned from other routers and routing protocols adjust routes automatically. Static routing does not have the scalability compared to dynamic routing. For now, these are the basic introduction about Router that I can review for the time being. Later on, for other detail information about router, I'll post it next time.

adios,

Introduction to Basic Router Definition

According to my trainer, when I'm taking ESNA class, Mr. Raj said Routers is something (software or hardware) that usually used to join or connect two or more logical subnets, which do not necessarily map one-to-one to the physical interfaces of the router. Router usually tailored to the tasks of routing and forwarding information.

Physically, Routers contain a specialized operating system such as Cisco's IOS. Router component consist of RAM, ROM, NVRAM, flash memory, and one or more processors (CPU), as well as two or more network interfaces. Router generally provides connectivity inside enterprises, between enterprises and the Internet, and inside Internet Service Providers (ISP).

Router have four different modes. The first mode is user mode, then we have privileged mode. For more deeper, we can go to global configuration mode which is used to change the configuration. The final mode is specific configuration mode.

mode 1: Router>
mode 2: Router#
mode 3: Router-config#
mode 4: Router-config-specific#


Router provides two routing types which are static routing and dynamic routing. Static routing used to reduce overhead and for security while in dynamic routing information is learned from other routers and routing protocols adjust routes automatically. Static routing does not have the scalability compared to dynamic routing. For now, these are the basic introduction about Router that I can review for the time being. Later on, for other detail information about router, I'll post it next time.

adios,