3. With a sleek aluminum body, a live home screen that
streams all of your favorite content, a photo gallery
that comes to life, and dual frontal stereo speakers,
the new HTC One is ready to reshape your smartphone
experience.

4. YOUR HOME SCREEN. YOUR WORLD.
With HTC BlinkFeed? on your phone, you’re never out of touch
with your world. All your favorite content is streamed live onto
one screen. If it’s happening now, you’ll find it on your home
screen.
Awesome camera. Awesome imaging tools.
Get perfect images with one‐press continuous shooting, VideoPic,
and a camera that captures 300% more light.
Slim phone. Fat sound.
Dual frontal stereo speakers are teamed with powerful amplifiers,
so everyone can hear what you’re hearing. Share music, share
videos, share games—and share them loudly.

5. HTC Zoe™: Your photo gallery
brought to life.
Capturing a moment takes more than one image.
That’s why the new HTC One includes the HTC
UltraPixel Camera. Press the shutter and the HTC One
automatically captures up to 20 photos and a 3‐second
video—a picture that’s alive. So your entire photo
album becomes a living, breathing gallery.

6. The New HTC UltraPixel Camera

7. UltraPixel Sensor: Let There be More Light
For years, a misconception among most consumers is that the higher the megapixel count, the better quality of images. Actually, the number of megapixels is only
one of many factors that determine picture quality, with sensors and image processors each playing a critical role.
However, year after year manufacturers try to outdo each other with higher megapixels. How? By reducing the size of the pixels to cram more in, which often
decreases image quality. That's because the smaller the pixel, the less light each one collects. This results in more visible noise and other defects in both still images
and video.
The more light a digital camera can capture, the more information it can record, resulting in better pictures in more varied conditions and lighting environments.
HTC's approach is to offer larger pixels in the new sensor that can capture 300% more light than many of the 13 megapixel cameras on the market. Because larger
pixels record more light and data, our photos display more shades and greater color accuracy.

8. UltraPixels and Sensor Size
The new sensor offers the largest pixel size on a smartphone, which can capture significantly more light.
It's a "has to be seen to be believed" type of experience. Look at the sample photos below to see the difference.
Shot in "real world" conditions at night, without flash. Count how many eyes you can see clearly...

9. UltraPixels and Sensor Size
HTC One Leading Competition
UltraPixels and Sensor Size
HTC has made a deliberate choice to focus on photo quality with bigger pixel size over just total pixel count. The 1/3’ sensor size on the
HTC One is equivalent to the sensor size found on other 8MP or 13MP smartphone cameras.
However, UltraPixels are larger than ordinary pixels, and take up more space on the sensor. So there are less megapixels ‐ the new HTC
One takes photos at 4 megapixels resolution, but the quality of each pixel is substantially higher than the industry average.

10. UltraPixels and Sensor Size
The 2.0 micrometer UltraPixel has effectively twice the surface area of the typical 1.4 micrometer pixel found on 8MP solutions from
leading competitors and far larger than the 1.1 micrometer pixel on 13MP sensors.
Because of the ample amount of information recorded on each photo, images captured with HTC's camera look absolutely stunning on
large computer monitors and HDTVs. They can be printed at full resolution up to at least 8" x 10". Even casual, everyday photos reveal a
pristine level of clarity and detail.
Another benefit of the new sensor is that the actual file size of each image is smaller, requiring little, if any, compression when sharing,
uploading, backing up, or storing in the cloud. This maintains the captured image's inherent quality.

11. UltraPixels and Sensor Size

12. ImageChip Processing Power
Next Level Processing Power With ImageChip
NEXT LEVEL PROCESSING POWER WITH IMAGECHIP
In order to provide the best quality on our camera, we have designed our own HTC ImageChip to perform some
of the processing at the hardware level. Our carefully engineered ImageChip features optimize the ISP (Image
Signal Processor), to offer benefits such as:
Continuous Auto Focus
We have developed our algorithm to improve focusing speed significantly to an average of less than 200ms for a
full distance scan. This is almost instantaneous, and less than an average human blink. You will practically never
see your images out of focus.
Real‐time Video HDR
During video capturing, the dynamic range can be boosted up to ̴92dB to match the human eye capabilities. The
sensor captures interlaced frames up to 60fps with high and low exposure values, while the ImageChip hardware
processes the frames in real time to create the HDR frames. This is powerful enough so even full HD 1080P video
capturing can utilize an "always on" HDR function.
Lens Compensation & Color Shading
Due to the curvature of the lens and the way light flows, the physics of a lens naturally creates darker spots near
the edge. With an algorithm designed specifically for our lens, we can process and compensate the color shading.
De‐noise processing
While our system already employs the largest pixel size and largest aperture found on a smartphone, noise is
always a factor when a light threshold level is reached. De‐noise processing helps cleanly remove noise captured
both on the main camera and the front camera.

13. F/2.0 Apeture
F/2.0 Aperture: Better by a Wide Margin
Aperture is the width that a camera lens opens when a picture gets taken.
Aperture is measured in f‐stops, with the smallest f‐stop numbers representing the largest apertures.
The new HTC One, like its predecessor, offers the largest aperture on the market, with an f/2.0, which allows
44% more light through than the f/2.4 aperture on the iPhone 5, and over 90% more light than the Samsung
GS3's f/2.6 The result is dramatically improved image quality in low light conditions.

14. Optical Image Stabilization(OIS)
Optical Image Stabilization: Significant Clarity
Improvements
One of the biggest complaints about smartphone cameras has been blurry photos. There are two main reasons
for this:
1. Length of time required to capture an image, resulting in misaligned light streams coming into the sensor.
2. The physical shaking of the hand while holding the camera or pressing the shutter button.
To address the first issue, HTC's camera is now capable of capturing full size photos in up to 1/48 of a second,
compared to 1/30 of a second from other competitors and the HTC One X (2012). This is a significant
improvement in shutter speed on a smartphone camera, producing photos and videos that are sharper and
clearer in all conditions.
In terms of dealing with physical motion, we have installed a physical optical image stabilizer (OIS) on the new
HTC One system. While OIS is not new to digital cameras, this is a significant milestone for smartphone
cameras. HTC's dedicated imaging gyroscope effectively detects the motion of the camera, and the lens will
physically move in the opposite direction of the motion to counter the shake induced on a phone.

15. Optical Image Stabilization(OIS)
This is more effective than digital stabilization used on competition models, as there is real physical movement involved here. Digital
stabilization simply takes the image or video and crops out parts that are shaking, resulting in lower resolution images, and slower time
to process the stabilization.
HTC engineers have made significant progress on reducing the OIS component to fit within the beautiful form factor of the new HTC One.
Leading the industry standards, it can counter motion on two axes and operates at an unprecedented frequency of 2000Hz, which means
it detects pitch and yaw movements of the camera, and adjusts for those movements, 2000 times a second. This is much faster than any
comparable phone camera with OIS. While other OIS systems might only compensate on one plane of motion, HTC's system is designed
so that the lens tilt an average of 1 degree in all directions from its center point, capable of countering motion from various movement
angles.
The combination of HTC's hypersensitive UltraPixel Sensor, high‐frequency Optical Image Stabilization, faster shutter speed, and large
f/2.0 aperture means that you not only get fantastic pictures and video of inanimate objects in low light, but you can capture blur‐less
action shots without a flash. In other words: incredible shots of fast moving things and people in poor light, whether indoors or outside!

16. Optical Image Stabilization(OIS)
When taking photos, OIS compensates for movements of the user’s hand. This is more necessary with slower shutter speeds, and
testing in our labs has shown that OIS effectively produces clear, blur‐free photos at shutter speeds as slow as 1/7.5 of second. However,
the camera will rarely, if ever need to shoot at that speed, due to the new sensor’s ability to capture lowlight photos at faster shutter
speeds up to 1/48 of a second.
For taking videos, one of the biggest challenges has always been capturing smooth footage. When holding the camera with bare hands,
even small movements are quite noticeable. With the 2‐axis OIS in operation, background shakes are effectively removed, resulting in
videos that look smooth and steady, mimicking smooth panning used with professional video equipment.

17. Better Pictures
Better Pictures, Less Distortion
Richer images in low light. Reduced motion blur. Uncompressed or minimally compressed photos. It turns out
you don't need all those megapixels when you have more refined light sensors and smarter technology. HTC is
proud to offer customers advanced technology that allows for the most stunning pictures available on today's
smartphones.
The following table summarizes the key qualities of UltraPixel and additional innovations that complete the
imaging system, as well as quantitative comparisons to competitors' offerings on the market.

18. Specifications

19. HTC BoomSound™: Sharper,
richer, louder.
On the average smartphone, sharing music or a video
with friends is a frustrating experience. A tiny speaker
will tame even the most ferocious track. But the new
HTC One's BoomSound™ changes all that. Dual frontal
stereo speakers powered by built‐in amplifiers deliver
bigger sound with less distortion and more detail.

20. HTC BlinkFeed™. Your live home
screen.
With HTC BlinkFeed™, simply pick the social networks,
news and feeds you want to stay updated on and
they'll all stream live to your home screen. The pulse
of your world is in the palm of your hand.

21. SmartPhone. Even smarter design.
Can you innovate against wear and tear? Yes. The new
HTC One's Infinity Glass eliminates glare and resists
scratches. Which means its stunning looks will actually
stay stunning—now and in the future.

22. Your interactive TV guide.
Tired of remotes taking up valuable couch space?
The new HTC One is ready to help you channel surf.
With Sense TV, all it takes is a few simple steps and
you’ll be able to select TV channels, access program
guides, adjust audio and more with your HTC One.
Find your favorite shows, and it will notify you when
they’re on. Take control of your TV experience with
your phone.

23. Sense Voice: Call clarity – even in a
crowd.
The world doesn’t include a volume knob. So talking on the
phone in any loud, crowded environment can be a
challenge. The new HTC One solves that problem with
Sense Voice. It includes dual built‐in microphones that
detect loud ambient noise and will then dynamically boost
the in‐call voice to compensate. Hurrah for clarity.

25. Specification
SIZE: 137.4 x 68.2 x 9.3mm WEIGHT:143g DISPLAY: 4.7inch, Full HD
1080p, 468ppi
CPU SPEED Qualcomm® Snapdragon™ 600, quad‐core, 1.7GHz
PLATFORM ANDROID ANDROID™ WITH HTC SENSE™
HTC BLINKFEED™
SIM CARD TYPE micronSIM
MEMORY TOTAL STORAGE : 32GB/64GB, AVAILABLE CAPACITY VARIES
RAM : 2 GB DDR2
GPS INTERNAL GPS ANTENNA + GLONASS
DIGITAL COMPASS
SENSORS GYRO SENSOR
ACCELEROMETER
PROXIMITY SENSOR
AMBIENT LIGHT SENSOR

26. Specification
SIZE: 137.4 x 68.2 x 9.3mm WEIGHT:143g DISPLAY: 4.7inch, Full HD
1080p, 468ppi
NETWORK HSPA/WCDMA:
Europe/Asia: 850/900/1900/2100 MHz
GSM/GPRS/EDGE:
850/900/1800/1900 MHz
LTE:
EU: 800/1800/2600 MHz
US (AT&T): 700/850/AWS/1900 MHz
US (TMO): 700/AWS MHz
US (Sprint): 1900 MHz
Asia: 1800/2600 MHz
CONNECTIVITY 3.5 mm stereo audio jack
NFC capable3
Compliant with Bluetooth 4.0
Bluetooth 4.0 with aptX™ enabled
Wi‐Fi®: IEEE 802.11 a/ac/b/g/n
DLNA® for wirelessly streaming media from the phone to a compatible TV or computer
HTC Connect
Miracast wireless display standard
Support consumer infrared remote control
micro‐USB 2.0 (5‐pin) port with mobile high‐definition video link (MHL) for USB or HDMI connection
(Special cable required for HDMI connection.)

27. Specification
SIZE: 137.4 x 68.2 x 9.3mm WEIGHT:143g DISPLAY: 4.7inch, Full HD
1080p, 468ppi
SOUND HTC BoomSound™
ENHANCEMENT Dual frontal stereo speakers with built‐in amplifiers
Studio‐quality sound with Beats Audio™
HDR Microphone
Sense Voice
CAMERA HTC UltraPixel Camera
BSI sensor, Pixel size 2.0 µm, Sensor size 1/3'
Dedicated HTC ImageChip™ 2
F2.0 aperture and 28 mm lens
Optical Image Stabilization (OIS)
Smart Flash: Five levels of flash automatically set by distance to subject
Front Camera: 2.1 MP, 880 wide angle lens with HDR capability
1080p Full HD video recording with HDR Video
HTC Zoe™ with Sequence Shot, Always Smile and Object Removal
Gallery with Video Highlights and HTC Share
Continuous shooting and VideoPic
Slow motion video recording with variable speed playback
MULTIMEDIA Audio supported formats:
Playback: .aac, .amr, .ogg, .m4a, .mid, .mp3, .wav, .wma (Windows Media Audio 9)
Recording: .amr
Video supported formats:
Playback: .3gp, .3g2, .mp4, .wmv (Windows Media Video 9), .avi (MP4 ASP and MP3)
Recording: .mp4

28. Specification
SIZE: 137.4 x 68.2 x 9.3mm WEIGHT:143g DISPLAY: 4.7inch, Full HD
1080p, 468ppi
BATTERY EMBEDDED RECHARGEABLE LI‐POLYMER BATTERY
CAPACITY : 2300 MAH
AC ADAPTER VOLTAGE RANGE/FREQUENCY: 100 ~ 240 V AC, 50/60 HZ
DC OUTPUT: 5 V AND 1 A

29.  Qualcomm PM8018 PMIC
 Qualcomm PM8821 PMIC
 Qualcomm PM8921 PMIC
 Synaptics S32028 touch screen controller
 Silicon Image Sil9244 MHL transmitter
 Qualcomm SnapDragon 600, PoP package
 Elpida 16Gb LPDDR2, PoP package
 SAMSUNG eMMC, 16/32/64GB
 STMicroelectronics Package Marking: 0100 9QRV304
 Qualcomm WCD9310 audio codec
 Bosch BMA200, Accelerometer
 AKM AK8963, compass
 STMicroelectronics H3G2, Gyroscope

30.  Qualcomm WTR‐1605L
 AVAGO ACPM‐5020
 Avago ACPM‐5007
TriQuint
TQM7M9023
 SKYWORKS SKY77762
 SKYWORKS SKY77764
 AVAGO ACPM‐5508
 Qualcomm MDM9215M
 Skyworks 85302‐11
 Broadcom BCM4335
 NXP PN544, NFC controller

32. Manufacturer Device Function
▼Processor
Qualcomm Qualcomm Snapdragon 600(Package Marking: APQ8064) 1.7GHz, Quad‐core/Krait core/1MB L2, Adreno 320 GFx
▼Memory
Elpida BA164B1PF‐1D‐F Dual‐channel, x32, 16Gb LPDDR2, LPDDR2‐1066
SAMSUNG THGBM5G6A2JBAIR SAMSUNG 16/32/64GB eMMC
32GB eMMC: KLMBG4GE2A
▼PMIC
Qualcomm PM8921
PMIC for Qualcomm APQ8064
PM8821
PM8018 PMIC for Qualcomm MDM9215M
▼Audio
Qualcomm WCD9310 SLIMbus/I2S Audio codec; 6+ channel
▼Touch Screen Controller
Synaptics S32028 Touch screen controller
▼MEMs
AKM AK8963 Electronic compass
Bosch BMA220 Accelerometer
STMicroelectronics H3G2 Gyroscope
Invensense IDG‐2021(Package markings: 1Y21 3009E1L1250) Gyroscope for motion stabilization for Rear camera
▼Video
Silicon Image SiI9244 HDMI‐to‐MHL™ Transmitter
STMicroelectronics Package Marking: 0100 9QRV304 Unknown
58698A 4M pixel camera, rear camera
OmniVision OV2A9BA 2M pixel camera, front camera

33. Manufacturer Device Function
▼Radio Frequency
Broadcom BCM4335 ‧802.11 ac/a/b/g/n Wi‐Fi
‧Bluetooth 4.0
‧FM Receiver
Skyworks 85302‐11 2.4 GHz, 256 QAM WLAN/Bluetooth® Front‐End Module
Qualcomm MDM9215M Baseband processor
‧Rel 9 LTE TDD/FDD Cat 3(100/50Mbps)
‧Rel 9 DCHSPA+(42/5.76Mbps)
‧TD‐SCDMA(4.2/2.2Mbps)
‧QICE
‧Integrated Memory
WTR1605L Multi‐band* plus 700/1500/2600/B41 GPS+Glonass
TriQuint TQM7M9023 Multi‐Mode, Multi‐Band Power Amplifier (MMPA) with Quad‐Band
GMSK / EDGE and Dual‐Band WCDMA
•Quad‐band Linear GSM / EDGE
•UMTS B1 and B5/B8
•Input power controlled ‐ GMSK and 8PSK
•GSM LB has 3 modes ‐ HP, MP, LP
•GSM HB has 2 modes ‐ HP, LP
•WCDMA has 3 modes ‐ HP, MP, LP
•HBT / PHEMT / CuFlip™ PA Technology
Avago A5508 UMTS amd GSM/EDGE Power amplifiers for UMTS Band 5
A5020 Power amplifiers for LTE Band 20
A5007 Power amplifiers for LTE Band 7
Skyworks SKY77764 Power Amplifier Module for CDMA/ WCDMA/ HSDPA/ HSUPA/ HSPA+/
LTE – Bands III, IV, IX (1710 MHz–1785 MHz)
SKY77762 Power Amplifier Module for CDMA/ WCDMA/ HSDPA/ HSUPA/ HSPA+/
LTE – Band II (1850‐1910 MHz)
NXP Semiconductor PN544 NFC controller