The following price list is an updated pricing for all of the latest cellphones from Nokia Philippines. Updated this June 2011 to reflect current market prices. See full list below.
Nokia E7 price – Php 23,500
Nokia N8 price – Php 18,450
Nokia C7 price – Php 14,350
Nokia C6-01 price – Php 13,000
Nokia E72 price – Php 12,350
Nokia X6 8gb price Php 11,450
Nokia C5-03 price Php 8,350
Nokia E5 price Php 8,800
Nokia C3-01 touch & type price Php 8,050
Nokia X3-02 touch & type price Php 7,100
Nokia C5 price Php 6,900
Nokia 5230 Xpress music price Php 6,500
Nokia 5250 touch price Php 5,700
Nokia C3 price Php 5,000
Nokia X2 price Php 4,700
Nokia c2-01 price Php 4,100
Nokia x2-01 price Php 4,000
Nokia 2220 price Php 2,500
Nokia C1-01 price Php 2,450
Nokia C1-00 Dual Sim Not Dual Standby price Php 1,450
Nokia 1616 price Php 1,330
Nokia 1280 price Php 999
Thursday, June 9, 2011
CHERRY MOBILE LIST WITH LATEST PRICE
Cherry Mobile is a local phone manufacturer that was launched last 2009. They offer TV phones and dual-SIM phones at very cheap prices. Here’s a list of some of their current phone offerings.
Cherry Mobile Q7
Analog TV
1.3MP camera
FM Radio
2.2″ QVGA TFT Display
QWERTY Keypad
G-Sensor
Java
GPRS / MMS Capable
Bluetooth 2.0 (A2DP/AVCRP)
up to 2GB microSD
Cherry S11 Blade
VGA Camera
1.8” 65K Color TFT LCD display
Pitch changer
MP3/MP4 payer
FM Radio
GPRS/MMS capable
2GB microSD card
Bluetooth 2.0
Price: Php2,690
Cherry D20 Life
1.8” 65K Color TFT LCD display
VGA Camera
MP3/MP4 player
FM Radio
Voice recorder
2GB microSD card
Bluetooth 2.0
Dual Active SIM/Dual Standby
Price: Php2,990
Cherry D50 Inertia
1.3 MP camera
MP3/MP4 player
FM Radio
built-in Motion Sensor
Bluetooth 2.0
2GB microSD card
GPRS
Price: Php3,690
Cherry M35 Integra
Free-to-Air TV phone
TV Function
2 MP camera
2.2” QVGA TFT LCD display
Dual Camera
MP3/MP4 player
FM Radio
Motion Sensor
2GB microSD card
Bluetooth 2.0
GPRS
Price: Php5,690
Cherry Mobile Q7
Analog TV
1.3MP camera
FM Radio
2.2″ QVGA TFT Display
QWERTY Keypad
G-Sensor
Java
GPRS / MMS Capable
Bluetooth 2.0 (A2DP/AVCRP)
up to 2GB microSD
Cherry S11 Blade
VGA Camera
1.8” 65K Color TFT LCD display
Pitch changer
MP3/MP4 payer
FM Radio
GPRS/MMS capable
2GB microSD card
Bluetooth 2.0
Price: Php2,690
Cherry D20 Life
1.8” 65K Color TFT LCD display
VGA Camera
MP3/MP4 player
FM Radio
Voice recorder
2GB microSD card
Bluetooth 2.0
Dual Active SIM/Dual Standby
Price: Php2,990
Cherry D50 Inertia
1.3 MP camera
MP3/MP4 player
FM Radio
built-in Motion Sensor
Bluetooth 2.0
2GB microSD card
GPRS
Price: Php3,690
Cherry M35 Integra
Free-to-Air TV phone
TV Function
2 MP camera
2.2” QVGA TFT LCD display
Dual Camera
MP3/MP4 player
FM Radio
Motion Sensor
2GB microSD card
Bluetooth 2.0
GPRS
Price: Php5,690
TOSHIBA COMPUTER
Toshiba Satellite L655-S5156RD 2.13GHz 320GB 15.6-inch Laptop
Toshiba Qosmio X500-S1812 18.4" Notebook - Core i7 i7-2630QM 2 GHz -
Toshiba Satellite Pro L670-EZ1712 17.3" LED Notebook - Core i3 i3-380
Toshiba Portege R700-S1321 13.3" LED Notebook PC - Intel Core i5 i5-5
Toshiba Satellite PSAG0U-02D00M A305-S6858 Laptop (Refurbished)
Toshiba Tecra A11-S3532 15.6" LED Notebook - Core i5 i5-560M 2.66 GHz
TYPES OF COMPUTER EXPANSION SLOTS
Types of Computer Expansion Slots
Written by Matthew Elton
(copyright 2006 Matthew Elton)
Expansion slots are located on the motherboard, and openings on the back of the
computer allow the ports on the cards that go in the slots to be accessed.
The picture below shows the SoundBlaster Live sound card, with additional ports
attached to it through an IDE cable.There are several types of expansion slots, including
AGP, PCIe (also known as PCIexpress), PCI, and ISA.
The top card of the SoundBlaster Live sound card plugs into a PCI expansion slot, while
the bottom card sends and receives its data to and from the larger card through an IDE
cable.The smaller card simply needs an empty spot in the case to be mounted to.It does
not need to be placed into an expansion slot on the motherboard.
VIDEO CARDS
There are three main types of video card commonly in use.
PCI Express
AGP
PCI
PCI Express is the most current, and fastest, of the video cards. If possible, you will likely want to install a PCI express video card. Figure 5.1 shows a PCI Express video card.
Figure 5.1: An PCI Express Video Card
Before PCI express the most common type of video card was the AGP card. AGP cards still give great performance. If you have only one video card in your system you will want to make sure it is either AGP or PCI Express. Figure 5.2 shows an AGP video card.
Figure 5.2: An AGP Video Card
The oldest style for video cards that I will discuss is PCI. You can see a PCI video card in Figure 5.3.
Figure 5.3: A PCI Video Card
You should not use a PCI card as your primary video display card. PCI cards are to slow to play any of the more advanced video games, or to show video. Besides, the price difference between PCI and AGI/PCI-Express is minimal.
What is a good option for PCI cards is using them in conjunction with an AGP or PCI-Express video card. This allows you to have a second display. This will be covered in the next section. Now I am going to show you how to install the video card.
PCI Express
AGP
PCI
PCI Express is the most current, and fastest, of the video cards. If possible, you will likely want to install a PCI express video card. Figure 5.1 shows a PCI Express video card.
Figure 5.1: An PCI Express Video Card
Before PCI express the most common type of video card was the AGP card. AGP cards still give great performance. If you have only one video card in your system you will want to make sure it is either AGP or PCI Express. Figure 5.2 shows an AGP video card.
Figure 5.2: An AGP Video Card
The oldest style for video cards that I will discuss is PCI. You can see a PCI video card in Figure 5.3.
Figure 5.3: A PCI Video Card
You should not use a PCI card as your primary video display card. PCI cards are to slow to play any of the more advanced video games, or to show video. Besides, the price difference between PCI and AGI/PCI-Express is minimal.
What is a good option for PCI cards is using them in conjunction with an AGP or PCI-Express video card. This allows you to have a second display. This will be covered in the next section. Now I am going to show you how to install the video card.
SAMSUNG LAPTOP
Samsung Series 9 900X3A-A03 - Core i5 1.4 GHz - 13.3″ - 4 GB Ram
Samsung R540I JA02 - Core i3 2.4 GHz - 15.6″ - 4 GB Ram - 500 GB HDD
Samsung RF711 S01 - Core i5 - 17.3″ - 4 GB Ram - 500 GB HDD
Samsung RF511 S02 - Core i7 2 GHz - 15.6″ - 4 GB Ram - 500 GB HDD
Samsung RF711 S02 - Core i5 2.3 GHz - 17.3″ - 4 GB Ram - 750 GB HDD
KINDS OF COMPUTER SOFTWARE
HARD DISK DRIVE
A hard disk drive (hard drive or HDD for short) is the long-term memory of a computer. This is where you store documents, music, games and other files while you are not using them.
Internally, hard drives work like a record: there is a spinning platter, and an arm with a "head" that touches different parts of the platter to read from or write to them. On a record, information is stored in the peaks and troughs of a groove; on a hard drive information is stored in the polarity of tiny regions.
Hard disks can store massive amounts of data: the largest drives now store more than 2 terabytes. Unfortunately the design relies on mechanical motion, and therefore is relatively slow and prone to failure. A modern hard disk can access stored information at about 70 megabytes per second.
Internally, hard drives work like a record: there is a spinning platter, and an arm with a "head" that touches different parts of the platter to read from or write to them. On a record, information is stored in the peaks and troughs of a groove; on a hard drive information is stored in the polarity of tiny regions.
Hard disks can store massive amounts of data: the largest drives now store more than 2 terabytes. Unfortunately the design relies on mechanical motion, and therefore is relatively slow and prone to failure. A modern hard disk can access stored information at about 70 megabytes per second.
(RAM) RANDOM ACCESS MEMORY
Random-Access Memory (RAM) is entirely electronic. The name refers to the fact that this kind of memory can access any information at any time, with equal speed. This is in contrast to memory such as tapes, which have to wind to information, or hard drives, which have to spin to it. RAM is the fastest kind of memory, and is used to feed information to the CPU "brain" of the computer. Programs or documents are stored in RAM only while they are being used, like the short-term memory in a human brain.
In RAM, information is stored in the state of thousands of electronic circuits or capacitors. This structure allows RAM to access information at speeds up to 3,200 megabytes per second. The information disappears without a power supply however, making this "volatile" memory.
In RAM, information is stored in the state of thousands of electronic circuits or capacitors. This structure allows RAM to access information at speeds up to 3,200 megabytes per second. The information disappears without a power supply however, making this "volatile" memory.
FLASH MEMORY
Flash memory is a kind of Random-Access Memory that is non-volatile, that is to say it is stable even without power. Flash memory stores information in thousands of floating-gate transistors, each with a changeable resistance to electric current. Though not as fast as RAM, flash memory has the advantage of being incredibly durable. Memory cards can survive all sorts of rough handling, and even immersion in water. This makes flash memory perfectly suited for portable uses such as "thumb drives," camera memory and MP3 players. Flash memory is relatively slow; high speed flash memory can still only read 22 megabytes per second.
TAPE DRIVES
Many computers use tape as a storage medium. Tapes look and function just like audio cassettes: there is a spool of magnetic ribbon, and information is stored in the changing polarity of the ribbon. Tapes are used almost exclusively by large organizations for long-term, stable storage. While hard drives are prone to mechanical problems, and RAM needs a constant power supply, tapes can sit in a closet for years and retain the same information. The drawback is that a tape must spool (fast-forward or rewind) to the desired data before reading it, taking considerable time. Once the correct part of the ribbon has been found, tapes can transfer information just as quickly as any modern hard drive, however.
CD ROM MEMORY
CDROM stands for Compact Disk Read-Only Memory, and it remains a popular format for portable storage. CDROM disks are read in much the same manner as a record (or a hard drive): they are spun, and a laser light reads the peaks and troughs in the aluminum surface of the disk. CDs have reasonable durability, but speeds are extremely slow compared with other kinds of memory. The fastest CDROM drives on the market read at less than 8 megabytes per second.
INTERCHANGABILITY
One of the most confusing things about computer memory is that it can be largely interchangeable. It is possible to use RAM as a hard drive, or a hard drive as portable storage, and in specialized situations this is even common. For example, some new laptops now use flash memory instead of a hard drive. These "solid state drives" are much more durable than traditional hard drives, but transfer speeds are slower. Many companies manufacture external hard drives, which really are hard disk drives in a case, acting as if they were flash memory.
TYPES OM COMPUTER HARDWARE
COMPUTER HARDWARE- Computer hardware is a physical part of a computer that executes within the hardware.
Computer hardware is a physical part of a computer that executes within the hardware. It is unlike computer software or data that can be frequently changed, modified or erased on a computer. Computer hardware is not frequently changed and so is stored in hardware devices such as read only memory (ROM) where it is not readily changed.
Most computer hardware is embedded and so is not visible to normal users. Below are the different types of hardware’s found in a computer.
-- Motherboard: It is the central or primary circuit board making up a complex electronic system such as a computer. A motherboard is also known as a main board, logic board or system board.
-- Central processing Unit: A CPU is the main component of a digital computer that interprets instructions and process data in computer programs.
-- Random Access Memory: A RAM allows the stored data to be accessed in any order. RAM is considered as the main memory of the computer where the working area is used for displaying and manipulating data.
-- Basic Input Output System: BIOS prepares the software programs to load, execute and control the computer.
-- Power Supply: Power Supply supplies electrical energy to an output load or group of loads.
-- Video Display Controller: It converts the logical representation of visual information into a signal that can be used as input for a display medium.
-- Computer Bus: It is used to transfer data or power between computer components inside a computer or between computers.
-- CD-ROM drive: It contains data accessible by a computer
-- Floppy disk: It is a data storage device
-- Zip Drive: It is a medium capacity removable disk storage system.
-- Hard Disk: It is a non-volatile data storage system that stores data on a magnetic surface layered unto hard disk platters.
Computer hardware is a physical part of a computer that executes within the hardware. It is unlike computer software or data that can be frequently changed, modified or erased on a computer. Computer hardware is not frequently changed and so is stored in hardware devices such as read only memory (ROM) where it is not readily changed.
Most computer hardware is embedded and so is not visible to normal users. Below are the different types of hardware’s found in a computer.
-- Motherboard: It is the central or primary circuit board making up a complex electronic system such as a computer. A motherboard is also known as a main board, logic board or system board.
-- Central processing Unit: A CPU is the main component of a digital computer that interprets instructions and process data in computer programs.
-- Random Access Memory: A RAM allows the stored data to be accessed in any order. RAM is considered as the main memory of the computer where the working area is used for displaying and manipulating data.
-- Basic Input Output System: BIOS prepares the software programs to load, execute and control the computer.
-- Power Supply: Power Supply supplies electrical energy to an output load or group of loads.
-- Video Display Controller: It converts the logical representation of visual information into a signal that can be used as input for a display medium.
-- Computer Bus: It is used to transfer data or power between computer components inside a computer or between computers.
-- CD-ROM drive: It contains data accessible by a computer
-- Floppy disk: It is a data storage device
-- Zip Drive: It is a medium capacity removable disk storage system.
-- Hard Disk: It is a non-volatile data storage system that stores data on a magnetic surface layered unto hard disk platters.
FIRST COMPUTER IS ABACUS
The abacus, also called a counting frame, is a calculating tool used primarily in parts of Asia for performing arithmetic processes. Today, abaci are often constructed as a bamboo frame with beads sliding on wires, but originally they were beans or stones moved in grooves in sand or on tablets of wood, stone, or metal. The abacus was in use centuries before the adoption of the written modern numeral system and is still widely used by merchants, traders and clerks in Asia, Africa, and elsewhere. The user of an abacus is called an abacist.
PICTURE OF ABACUS
HISTORY OF COMPUTER
The development of the modern day computer was the result of advances in technologies and man's need to quantify. Papyrus helped early man to record language and numbers. The abacus was one of the first counting machines..
Some of the earlier mechanical counting machines lacked the technology to make the design work. For instance, some had parts made of wood prior to metal manipulation and manufacturing. Imagine the wear on wooden gears. This history of computers site includes the names of early pioneers of math and computing and links to related sites about the History of Computers, for further study. This site would be a good Web adjunct to accompany any book on the History of Computers or Introduction to Computers. The "H" Section includes a link to the History of the Web Beginning at CERN which includes Bibliography and Related Links. Hitmill.com strives to always include related links for a broader educational experience. The material was originally divided into Part 1 & Part 2
Some of the earlier mechanical counting machines lacked the technology to make the design work. For instance, some had parts made of wood prior to metal manipulation and manufacturing. Imagine the wear on wooden gears. This history of computers site includes the names of early pioneers of math and computing and links to related sites about the History of Computers, for further study. This site would be a good Web adjunct to accompany any book on the History of Computers or Introduction to Computers. The "H" Section includes a link to the History of the Web Beginning at CERN which includes Bibliography and Related Links. Hitmill.com strives to always include related links for a broader educational experience. The material was originally divided into Part 1 & Part 2
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