Intel Celeron 6305 vs Intel Celeron N3060

Comparison of processors Intel Celeron 6305 vs. Intel Celeron N3060 will begin with the difference in model generations and their basic specifications: the purpose of the model (for server or workstation, computer or laptop), the code name of the CPU model and its generation, the previous model and the family related to a specific processor group.

• Name
  Intel Celeron 6305 Intel Celeron N3060
• Segment
  Mobile Mobile
• Family
  Intel Celeron Intel Celeron
• Generation
  11 8
• CPU group
  Intel Celeron 6000 Intel Celeron J3000/N3000

Comparing processors Intel Celeron 6305 vs. Intel Celeron N3060 in this info section reveals us the performance difference in terms of base clock frequency, number of cores and number of threads. Note the possibility of overclocking models and support for hyperthreading, which is important for processing large data sets.

• Frequency
  1.80 GHz 1.60 GHz
• CPU Cores
  2 2
• Turbo (1 Core)
  1.80 GHz 2.48 GHz
• CPU Threads
  2 2
• Turbo (2 Cores)
  1.80 GHz 2.48 GHz
• Hyperthreading
  No No
• Overclocking
  No No
• Core architecture
  normal normal

Integrated graphics in the CPU is an addition that is not always found in models. So just pay attention to the presence of iGPU, it is a feature that does not affect the overall performance evaluation. If the CPU comparison Intel Celeron 6305 versus Intel Celeron N3060 lacks an integrated graphics card in one of the models being compared, just go ahead and explore the following information.

• GPU name
  Intel UHD Graphics (Tiger Lake G4) Intel HD Graphics 400
• GPU frequency
  0.30 GHz 0.32 GHz
• GPU (Turbo)
  1.25 GHz 0.60 GHz
• Execution units
  48 12
• Shader
  384 96
• Max. GPU Memory
  8 GB 8 GB
• Max. displays
  4 3
• Generation
  11 8
• DirectX Version
  12 12
• Technology
  10 nm 14 nm
• Release date
  Q3/2020 Q1/2015

Consider hardware codec support for CPU Intel Celeron 6305 and CPU Intel Celeron N3060 in a performance comparison. Hardware acceleration helps to convert processed data into sound or video files; in fact, the presence or absence of this support does not affect the power of the model.

• h265 / HEVC (8 bit)
  Decode / Encode No
• h265 / HEVC (10 bit)
  Decode / Encode No
• h264
  Decode / Encode Decode / Encode
• VP9
  Decode No
• VP8
  Decode Decode
• AV1
  No No
• AVC
  Decode Decode / Encode
• VC-1
  Decode Decode
• JPEG
  Decode / Encode Decode

Comparing the performance of processors Intel Celeron 6305 and Intel Celeron N3060 in terms of supported memory specifications and PCIe can significantly impact the models' overall performance in gaming, rendering, and other professional applications. Make sure to examine these specifications closely; the CPU that supports a more advanced DDR memory standard (currently version 5), the latest PCIe version (version 5 being the newest), and compatibility with higher clock speed RAM will come out on top.

• Memory type
  DDR4-3200LPDDR4-3733 DDR3L-1600 SO-DIMM
• Max. Memory
  64 GB
• ECC
  No No
• Memory channels
  2 2
• PCIe version
  4.0 2.0
• PCIe lanes
  16 4

Intel's Advanced Encryption Standard New Instructions (Intel AES-NI) is a standard implemented by Intel for its processors, aimed at providing a higher level of data protection through encryption. This feature might not be available in some AMD models. It is not included in performance ratings or benchmark speed evaluations.

• AES-NI
  Yes Yes

When comparing processors Intel Celeron 6305 and Intel Celeron N3060, it is important to pay attention to the processor's cooling system. A good cooling system ensures stable processor operation, prevents overheating, and increases its performance. The best processors are typically equipped with more efficient cooling systems, which is one of the factors that influence their high performance.

• TDP (PL1)
  15 W 6 W
• Tjunction max.
  100 °C --

When comparing the technical specifications of processors Intel Celeron 6305 and Intel Celeron N3060, it's important to consider several key factors that can impact their performance and efficiency. Firstly, take note of the release date, as newer models are generally more advanced and have improved performance. Secondly, consider the size of the L2 and L3 cache, as this directly affects the processor's speed of data processing and retrieval. Additionally, it's important to check the manufacturing process technology, as the smaller the nanometer value, the more advanced the technology and the better the performance. All these factors should be taken into account when making a decision on which processor to choose.

• Instruction set (ISA)
  x86-64 (64 bit) x86-64 (64 bit)
• Virtualization
  VT-x, VT-x EPT, VT-d VT-x, VT-x EPT
• ISA extensions
  SSE4.1, SSE4.2, AVX2 SSE4.1, SSE4.2
• L3-Cache
  4.00 MB 2.00 MB
• Architecture
  Tiger Lake U Braswell
• Technology
  10 nm 14 nm
• Socket
  BGA 1526 BGA 1170
• Release date
  Q4/2020 Q1/2016

At the end of the processor model comparison Intel Celeron 6305 and Intel Celeron N3060 you can see in which workstations, gaming computers or laptops the models were installed. If you find an inaccuracy, please email us and we will complete this page.

• Used in
  Unknown Unknown