Close

Loading image...
CybertronPC ViperX7

CybertronPC ViperX7 4 Core Intel Core I7-4xxx 4GHz 8GB 1TB Hybrid-HDD

4 Intel Core I7-4xxx 4GHz 8GB Jan 2015
Processor Cores Processor Family Processor Frequency Internal Memory Release Date
When you game using the CybertroPC ViperX7 Gaming PC, you'll be fast, stealthy and dangerous to all your digital foes. The ViperX7 packs a gaming wallop thanks to the Intel Core i7-4790K Quad-Core... More
Available from international sellers only
Tell Me When It Becomes Available
You are subscribed to price alerts for this product
Unsubscribe
Searching for international prices ...

Assumed Exchange Rates

Searching for prices in ...

14 Reasons For

64-Bit Processor Operating Mode

This personal computer supports a 64-bit processor operating mode, which is typical of many comparable spec computers that are a similar age to it.

Chart Edit

Very Fast On-Board Graphics Adapter Dynamic Frequency

The CybertronPC ViperX7 has one of the fastest on-board graphics adapter dynamic frequencies (1,250 megahertz) amongst desktop computers of this age. Comparable spec personal computers that are a similar age to the ViperX7 have on-board graphics adapter dynamic frequencies of between 640MHz and 1,300MHz.

Chart Edit

Very Fast Processor Clock Speed

The average processor clock speed of medium processor core personal computers that were launched more than a year ago is 3.1GHz. The ViperX7 has a quite fast processor clock speed (4 gigahertz) compared to most of the other comparable spec desktop computers that came out around the same time as the ViperX7.

Chart Edit

3 PCI Express Slots Version

This desktop computer supports a 3 PCI Express slots version, which is typical of many desktop computers of this spec and age.

Chart Edit

L3 Processor Cache Level

This desktop computer has a L3 processor cache level, which is the most commonly found processor cache level on medium processor core personal computers that have been on the market for a comparable time to it.

Chart Edit

Very Fast Maximum Turbo Frequency

Comparable spec PCs that are a similar age to the ViperX7 have maximum turbo frequencies of between 1.8GHz and 4.4GHz, and the average maximum turbo frequency is 3.6GHz. When compared to other medium processor core personal computers that have been available for a comparable time to the ViperX7 that we have assessed, the maximum turbo frequency of the ViperX7 of 4.4 gigahertz is one of the fastest.

Chart Edit

Two PCI Slots

The CybertronPC ViperX7 is a two PCI slot personal computer.

Chart Edit

Eight Processor Threads

The CybertronPC ViperX7 has more processor threads than most of the medium processor core personal computers that were launched more than a year ago. This personal computer is a eight processor thread personal computer compared to most of the comparable spec PCs that were released one year ago which only have between four and seven processor threads.

Chart Edit

Fairly Big Processor Cache

With a processor cache of 8 megabytes, the ViperX7 has one of the bigger processor caches amongst desktop computers of this age. Medium processor core personal computers that were launched more than a year ago have processor caches of between 2MB and 10MB, and the average processor cache is 6.6MB.

Chart Edit

7.1 Audio Output Channel

This PC has a 7.1 audio output channel, which is typical of many similar spec personal computers that have been on the market for a comparable time to it.

Chart Edit

Supports One Case Placement

The ViperX7 has a greater number of placements than most medium processor core personal computers that are a similar age to it. This desktop computer supports a Vertical case placement, which is the most commonly supported case placement supported by computers of this age and type.

Chart Edit

Has One Memory Slot

The ViperX7 has a greater number of memory slots than most computers of this type and age. This personal computer has a 4x DIMM memory slot, which is the most commonly found memory slot found on medium processor core personal computers that came out more than a year ago.

Chart Edit

DVD Super Multi Optical Drive Type

The optical drive type of this personal computer is DVD Super Multi DL, which is the most frequently found optical drive type on personal computers of a comparable age and spec to it.

Chart Edit

GDDR Discrete Graphics Memory Type

This personal computer supports a GDDR5 discrete graphics memory type, which is typical of many computers of a comparable age and spec to it.

Chart Edit

6 Reasons Against

Quite Slow Max Memory Bandwidth Supported Processor

The ViperX7 has one of the slower max memory bandwidth supported processor (only 25.6 gigabytes per second) amongst medium processor core personal computers of this age. Across all the personal computers that have been on the market for around the same time as the ViperX7 the max memory bandwidth supported processor range from 10GB/s to 68GB/s.

Chart Edit

Very Small Max Internal Memory Supported Processor

Medium processor core personal computers that came out around the same time as the ViperX7 have max internal memory supported processors of between 2GB and 770GB, and the average max internal memory supported processor is 65GB. With a max internal memory supported processor of only 32 gigabytes, the ViperX7 has a quite small max internal memory supported processor compared to most of the other comparable spec personal computers that have been around for a similar time to the ViperX7.

Chart Edit

Only HDD Storage Medium

The storage speed of this computer is Hybrid-HDD, which is the most frequently found storage medium on computers of this age and type. A Hard Disk Drive (HDD) is the traditional storage method for computers. A HDD stores the information on magnetic disks. HDD drives are cheap, but they are slower than Flash and SSD bases storage systems.

Chart Edit

Very Small Maximum On-Board Graphics Adapter Memory

At only 1.024 gigabytes, the ViperX7 has a quite small maximum on-board graphics adapter memory compared to most of the other computers of a comparable age and spec to the ViperX7. Across all the comparable spec personal computers that were released one year ago the maximum on-board graphics adapter memories range from 1GB to 64GB.

Chart Edit

Quite Slow Memory Clock Speed

The ViperX7 has a quite slow memory clock speed (only 1,600 megahertz) compared to most of the other medium processor core personal computers that have been on the market for more than a year. The average memory clock speed of comparable spec computers that were released one year ago is 1,800MHz.

Chart Edit

Very Small Maximum Internal Memory

The average maximum internal memory of medium processor core personal computers that have been around for around the same time as the ViperX7 is 75GB. With a maximum internal memory of only 32,768 megabytes, the CybertronPC ViperX7 has a fairly small maximum internal memory compared to most of the other medium processor core personal computers that are a similar age to the ViperX7.

Chart Edit

3 Other reasons to consider the CybertronPC ViperX7

Released Over Two Years Ago

This PC has been on the market for over two years.

Average Total Storage Capacity

At 1,000 gigabyte, the CybertronPC ViperX7 has a pretty typical total storage capacity compared to most of the other computers of this age and type.

Chart Edit

Average Internal Memory

The CybertronPC ViperX7 has a fairly typical internal memory (8 gigabytes) compared to most of the other desktop computers that have been around for around the same time as the ViperX7.

Chart Edit

Specification

Processor
Processor Cores
Processor Family
Processor Frequency
PCI Express Slots Version
Processor Threads
System Bus Rate
Processor Cache Level
Processor Cache
Processor Socket
Processor Boost Frequency
Processor Model
ECC Supported by Processor
Memory Channels Supported by Processor
Memory Bandwidth Supported by Processor (max)
Memory Clock Speeds Supported by Processor
Memory Types Supported by Processor
Maximum Internal Memory Supported by Processor
Conflict Free Processor
Processor Series
Tcase
Maximum Number of PCI Express Lanes
Stepping
Processor Operating Modes
PCI Express Configurations
Processor Codename
Processor Lithography
Thermal Design Power (TDP)
Bus Type
Processor Cache Type
Number of Processors Installed
Memory
Internal Memory
ECC
Non-ECC
Memory Clock Speed
Memory Slots
Memory Layout (slots X Size)
Maximum Internal Memory
Internal Memory Type
Storage
Total Storage Capacity
Storage Media
RAID Levels
RAID Support
Hard Drive Interface
Hybrid Hard Drive (H-HDD) Cache Memory
Hybrid Hard Drive (H-HDD) Capacity
Hybrid Hard Drive (H-HDD) Cache Type
Number of Storage Drives Installed
Optical Drive
Optical Drives Quantity
Optical Drive Type
Graphics
On-Board Graphics Adapter Model
Number of Discrete Graphics Adapters
Discrete Graphics Memory Type
Discrete Graphics Adapter Model
Graphics Adapter VGA (D-Sub) Ports Quantity
Graphics Adapter DVI-D Ports Quantity
Graphics Adapter HDMI Ports Quantity
Discrete Graphics Adapter Memory
Number of Execution Units
On-Board Graphics Adapter ID
On-Board Graphics Adapter DirectX Version
On-Board Graphics Adapter Dynamic Frequency (max)
On-Board Graphics Adapter Base Frequency
Number of Displays Supported (on-Board Graphics)
Maximum On-Board Graphics Adapter Memory
On-Board Graphics Adapter
On-Board Graphics Adapter Family
Software
Operating System Installed
Operating System Architecture
Networking
Wi-Fi
Ethernet LAN Data Rates
Ethernet LAN
Ports & Interfaces
Headphone Outputs
Microphone in
Line-Out
Line-in
Ethernet LAN (RJ-45) Ports
PS/2 Ports Quantity
HDMI Ports Quantity
DVI Port
VGA (D-Sub) Ports Quantity
Expansion Slots
PCI Slots
PCI Express X16 (Gen 3.x) Slots
PCI Express X16 (Gen 2.x) Slots
PCI Express X1 (Gen 2.x) Slots
Design
Chassis Type
Placement Supported
Colour of Product
Water Cooling System
Performance
Audio Output Channels
Compatible Processor Series
Motherboard Form Factor
Motherboard Chipset
Product Type
Processor Special Features
Intel® Anti-Theft Technology (Intel® AT)
Intel® Identity Protection Technology (Intel® IPT)
Intel® My WiFi Technology (Intel® MWT)
Intel® Quick Sync Video Technology
Intel® Hyper Threading Technology (Intel® HT Technology)
Intel® Turbo Boost Technology
Intel® VPro™ Technology
Intel® Wireless Display (Intel® WiDi)
Intel 64
Enhanced Intel SpeedStep Technology
Intel® Secure Key
Intel Clear Video Technology
Intel® AES New Instructions (Intel® AES-NI)
Intel Stable Image Platform Program (SIPP)
Intel FDI Technology
Intel TSX-NI
Idle States
Intel® OS Guard
Intel® Insider™
Intel® Clear Video HD Technology (Intel® CVT HD)
Thermal Monitoring Technologies
Execute Disable Bit
InTru™ 3D Technology
Intel Trusted Execution Technology
Intel VT-X With Extended Page Tables (EPT)
Intel Fast Memory Access
Intel Flex Memory Access
Intel Virtualization Technology (VT-X)
Supported Instruction Sets
Intel Dual Display Capable Technology
Intel Enhanced Halt State
Processor Code
Intel® Clear Video Technology for Mobile Internet Devices (Intel CVT for MID)
Scalability
Intel Virtualization Technology for Directed I/O (VT-D)
Thermal Solution Specification
Processor Package Size
CPU Configuration (max)
Intel Rapid Storage Technology
Intel Demand Based Switching
Intel Identity Protection Technology Version
Graphics & IMC Lithography
Intel® Smart Cache
Intel Secure Key Technology Version
Processor ARK ID
Power
Power Supply
Packaging Content
Display Included
Keyboard Supplied
Other Features
Intel® Virtualization Technology (Intel® VT)
Maximum Internal Memory

+- Manufacturer's Description

Feedback