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InnOvaTive Embedded Solutions

Intel® Celeron® Processor

Braswell for scalable IoT solutions – Overview

Intel success to broke its silence on the next-generation of entry level Braswell 14nm SOCs. Combining a low TDP, reasonable clock speeds and a choice of dual or quad cores in the same price bracket, it should be an attractive choice for many a entry system.

Said to offer a combination of more performance than the new Atom 'Cherry Hill' processors, performance is better than the Core M Broadwell CPUs found in beefier tablet, the new Braswell hardware should complement already existing chips and provide greater selection to manufacturers building inexpensive hardware.

Portwell Vision on Internet of Things


Deliver intelligence
where needed to
acquire and filter date


Billions of intelligent
devices sharing data
securely, supporting
legacy and new environments


Solutions from device
to cloud to deliver
end-to-end custormer value

Target Applications

Mobile Embedded

Portable, Battery Usages

General Embedded

PC-Like Usages

Deeply Embedded

Industrial and Specialized Usages

  • Gateway Systems
  • Thin Clients
  • Printers
  • Embedded PC
  • Medical Systems

Extended beyond Atom Processors

The new Braswell architecture CPUs bring greater CPU and Graphics performance over the previous generation entry-level CPUs from Intel while offering lower consumption and lower TDP. The four new CPUs unveiled by Intel include the Celeron N3000, N3050, N3150, and the Pentium N3700. All four are 14nm chips and feature Airmont processing cores. Braswell series have the same CPUs and GPUs as the Cherry Hill Atoms, but they come with a few extra features necessary for mainstream PCs—for Bay Trail chips this included SATA ports and higher RAM limits. SoC in portable and embedded systems will have more room to stretch their legs than they would in, and higher TDP levels will let them run at their maximum rated frequencies for longer periods of time.

Braswell brings More performance

Of the four Braswell chips come up today, three are Celerons. The Celeron N3000 is a 1.04GHz (2.08GHz Turbo) dual-core CPU with 1MB of L2 cache and a 4W TDP. The N3050 bumps the TDP to 6W and the clock speed to 1.6GHz (2.16GHz Turbo). The Celeron N3150 is a 1.6GHz (2.08GHz Turbo) quadcore CPU with 2MB of L2 cache and a 6W TDP. And, finally, the Pentium N3700 is a 1.6GHz (2.4GHz Turbo) quad-core CPU with 2MB of L2 cache and a 6W TDP.

All chips support up to 1600MHz DDR3L RAM, where Bay Trail- D processors were limited to either 1066MHz or 1333MHz speeds. More memory bandwidth is good for general system performance, but it's especially good for integrated graphics performance. The integrated GPUs on the two slower Celerons are capped at 600MHz, while the quad-core Celeron and Pentium GPUs are clocked at 640 and 700MHz, respectively.

Features Baytrail M/D Braswell M/D Improvements
Process Technology 22 nm 14 nm Process Generation Ahead
Graphics Performance Gen 7 4 EUs Gen 8 16 EUs Up to 2x Graphics Performance
Battery Life ~9.5 hours2 ~10.4 hours2,3 Up to 10% Battery Life Improvement
Display 2 Independent Displays 3 Independent Displays 4k x 2k HDMI, eDP, DP
Memory DDR3L 1333 MT/s DDR3L 1600 MT/s Higher Memory Bandwidth3
Camera Still picture up to 5 MP USB 2.0 Still picture up to 5 MP MIPI Up to 2 HD Cameras (with CSI and ISP)
Storage & I/O SATA2, 1x USB 3,
3x USB 2, eMMC* 4.51
SATA3, 4x USB 3,
1x USB 2, eMMC* 4.51
Next Generation storage interfaces
Targeted TDP Mobile: 4.5W4 / 7.5W4
TDP Desktop: 10W4
4W~6W Better Performance at lower Thermals3

Enough with the similarities and moving on to the GPU, where it gets interesting. The Pentium N3700 uses the same 8th generation Intel HD Graphics as its other siblings, but carries more powerful graphics core due to its operating frequency. The normal operating frequency of the GPU is 400MHz making it 100MHz faster even than the Intel HD Graphics 5500 found in the higher-end Broadwell CPUs. The maximum operating frequency goes up to 700MHz, but there's another significant limitation and that's the number of EU (Execution Units).

Intel HD Graphics 5500 holds 24 EUs, while the Braswell CPUs uses 16 EUs integrated with the same architecture, as Intel likes to standardize its graphics units between Core and Atom products. Simply put, we can still expect big improvement in the graphics department, but let's not keep our hopes high. You can see the design of the graphics processor in the image below, but keep in mind that this is true for the Core M implementation, but the Braswell equivalent won't differ much as only the EUs will be 16, not 24.

As mentioned above, the new Braswell CPUs will support 2-channel memory up to 8GB of DDR3(L)-1600MHz. The PCI Express revision is 2.0 and other interesting features are the support of Virtualization and Burst Performance technologies. To take one step further, Intel has implemented support for DirectX 12 and Open GL 4.2 if you are running Windows 10. It can also support 4K resolution and up three external displays, while internally, the platform will handle eDP 1.4 up to 2650 x 1440. The external monitors can be connected via HDMI or Display Port. And the best part is that Braswell chips can run on Android, Chrome, Linux and Windows platforms, but on the other hand, this is a necessity as Intel is struggling on the mobile market and it will need all the extra CPUs to turn things around.

Braswell comes up with performance & new feature

Feature Baytrail** M/D Braswell** M/D
Display Controller
Graphics Core Intel® HD Graphics
Gen 7 (4 EUs)
Intel® HD Graphics
Gen 8 Low Power (16 EUs)
API Supports Dx 11.0, OpenGL 4.0, OpenGL ES 2.0, OpenCL 1.2 Dx 11.1, OpenGL 4.2, OpenGL ES 3.0, OpenCL 1.2
Display Pipes 2 Display Pipes 3 Display Pipes
Capabilities eDP 1.3, HDMI Rev 1.4a, DP Rev 1.1 eDP 1.41, HDMI Rev 1.4b, DP Rev 1.1a
Video Encode & Decode
Video Decoder Gen 7 Media Decode Gen 8 Media Decode
HW Accelerated Video Decode Profile MPEG2, H.264, VC1/WMV H.264 @ Level 5.2,
H.265/HEVC @ level 5 (GPU-accelerated), MPEG2, VC1/WMV,
JPEG, VP82, VP9 GPU-accelerated1
Video Encoder Gen 7 Media Encode Gen 8 Media Encode
HW Accelerated Video Encode Profile H.264, MPEG2 (max 1080p30 ) H.2632, H.264, VP82, AVC2 JPEG, VP9 GPU-accelerated2

This is similar to elements of both the Bay Trail-M (Mobile) the Bay Trail-D (Desktop) product line, which would perhaps mean that youwould see both inside mini-PCs as well as some embedded designs, such as rugged tablet and compact module. In the current Braswell list there are two dual core models and two quad core models in Braswell series, there are four in total with three Celeron and one Pentium.

The Braswell Lineup

Hardware SKU Trend
CPU Core
CPU Burst
GFX Turbo
N3700 Yes Intel® Pentium® 4 1.6 2.4 16 400 700 2 6 4 0-90
N3150 Yes Intel® Celeron® 4 1.6 2.08 12 320 640 2 6 4 0-90
N3050 Yes Intel® Celeron® 2 1.6 2.16 12 320 600 1 6 4 0-90
N3000 Yes Intel® Celeron® 2 1.05 2.08 12 320 600 1 4 3 0-90
Hardware SKU Trend (Targets)
Category Operating System Delivery Support
Microsoft® Windows® 10 (under evaluation) Intel® Pentium® Intel® / Microsoft®
Windows® 8.1 (Pro / WEI 8.1)non-
Connected Standby
Microsoft® Intel® / Microsoft®
Windows® 7 (Pro / WES7/ WE
POSReady 7)
Microsoft® Intel® / Microsoft®
Linux® Yocto Project Tool-based Embedded
Linux® Distribution (Kernel 3.14 LTSI)
Yocto Project Community
RTOS Wind River VxWorks Wind River
Reference Platform Solution
Parameter Value
Platform Name Braswell
Form Factor COM-Express & NANO-ITX
Boot Source eMMC, SATA, SDCard, USB
Power Source External 90 W brick, Input Voltage 12V
Availability Through Intel®,For accurate schedule refer to slide 21


Product Model Description

PCOM-B636VG Intel® Pentium/Celeron Dual/Quad Core N3000 series processor based on Type VI Compact-COM Express2.0 module with DDR3L SDRAM on SO-DIMM slots, VGA, LVDS, Display-port, Gigabit Ethernet, PCIE, SATA and USB

NANO-6061 NANO-6061 adopts Intel® latest Pentium/ Celeron Dual/ Quad Core N3000 series SoC based NANO-ITXboard with triple display, Gigabit Ethernet, Audio, USB 3.0, SATA, M.2 and SD socket

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