USA SAR Level

• FCC Approval Date
  15 April 2015
• FCC ID
  ZNFH815
• Head SAR Level
  0.72 W/kg
• Body SAR Level
  0.75 W/kg
• Product Specific Use
  1.18 W/kg
• Simultaneous Transmission
  1.43 W/kg

SAR AT&T Model

• FCC Approval Date
  15 July 2015
• FCC ID
  ZNFH810
• Head SAR Level
  0.52 W/kg
• Body SAR Level
  0.22 W/kg
• Product Specific Use
  0.22 W/kg
• Simultaneous Transmission
  1.45 W/kg

SAR Verizon Model

• FCC Approval Date
  16 July 2015
• FCC ID
  ZNFVS986
• Head SAR Level
  0.99 W/kg
• Body SAR Level
  1.07 W/kg
• Product Specific Use
  1.07 W/kg
• Simultaneous Transmission
  1.56 W/kg

SAR Sprint Model

• FCC Approval Date
  15 June 2015
• FCC ID
  ZNFLS991
• Head SAR Level
  1.19 W/kg
• Body SAR Level
  0.93 W/kg
• Product Specific Use
  0.93 W/kg
• Simultaneous Transmission
  1.50 W/kg

SAR T-Mobile Model

• FCC Approval Date
  15 July 2015
• FCC ID
  ZNFH811
• Head SAR Level
  1.05 W/kg
• Body SAR Level
  0.88 W/kg
• Product Specific Use
  0.88 W/kg
• Simultaneous Transmission
  1.36 W/kg

EU SAR Level

• Head SAR Level
  0.62 W/kg head

General

• Announced
  29 April 2020
• Released
  15 April 2015
• Status
  Available

Design

• Type Design Type called form factor refers to a mobile phone's size, shape, and style as well as the layout and position of major components of phone. There are three major form factors seen in mobile phones => bar phones, folding phones and sliding phones.
  Bar

Network

• SIM SIM (Subscriber Identity Module) is a small card that contains mobile network subscriber's account information. This allows the phone using the card to attach to a mobile network. The SIM card is most commonly associated with GSM and UMTS mobile networks. Moving a SIM card from one phone to another allows a subscriber to switch mobile phones without having to contact their mobile network carrier. SIM cards can also be used by a phone to store limited amounts of data, such as phone numbers and text messages.
  Standard SIM

Display

• Type Display Technology => A number of display technologies and types used in mobile phones => TFT (Thin Film Transistor), IPS (In-Place Switching), OLED (Organic Light Emitting Diode), AMOLED (Active-Matrix Organic Light-Emitting Diode), Super AMOLED (an even advanced version of AMOLED), Resistive Touchscreen (Resistive touchscreens contain two layer of conductive material with a very small gap between them which acts as a resistance), Capacitive Touchsceen (Capacitive touchscreen technology consists of a layer of glass coated with a transparent conductor)
  IPS LCD capacitive touchscreen, 16M colors
• Size
  5.5 inches
• Resolution
  1440 x 2560 pixels (~538 ppi pixel density)
• Colors Display Colors is refers to the number of different shades of colors that the screen is capable of displaying => 64K colors, 256K colors and 16 million colors, Obviously 16M is highest available range of colors and better than others.
  White, Gold, Leather Black
• Pixel Density Pixel Density (PPI) is refers to the concentration of pixels on a particular display, measured in pixels per inch (ppi). Pixel density is calculated by dividing the diagonal pixel resolution of a display by its diagonal size, higher pixel density better display quality.
  538 ppi
• Touch Screen
  YES
• Features
  1/2.6" sensor size, 1.12 µm pixel size, geo-tagging, touch focus, face/smile detection, panorama, HDR
• Secondary Display
  8 MP, f/2.0, 1080p@30fps

Media

• FM Radio
  FM, Stereo, RDS
• Loudspeaker
  Yes

Camera

Software

• Java Support Java for Mobile Devices is a set of technologies that let developers deliver applications and services to all types of mobile handsets, ranging from price efficient feature-phones to the latest smartphones. Java is currently running on over 3 billion phones worldwide, and growing. It offers unrivaled potential for the distribution and monetization of mobile applications.
  No

Hardware

Connectivity

Data

Messaging

• SMS SMS (Short Messaging Service) is a text messaging service component of phone, Web, or mobile communication systems. It uses standardized communications protocols to allow mobile phone devices to exchange short text messages over the networks.
  No

Battery

• Type Battery Type => Cell phones run on various kinds of batteries depending on the manufacturer, phone size or shape and features. There are basically four types of cell phone batteries => Lithium Polymer, Lithium Ion, Nickel Metal Hydride and Nickel Cadmium.
  Li-Ion (Lithium Ion)

USA SAR Level

• FCC Approval Date
  15 April 2015
• FCC ID
  ZNFH815
• Head SAR Level
  0.72 W/kg
• Body SAR Level
  0.75 W/kg
• Product Specific Use
  1.18 W/kg
• Simultaneous Transmission
  1.43 W/kg

SAR AT&T Model

• FCC Approval Date
  15 July 2015
• FCC ID
  ZNFH810
• Head SAR Level
  0.52 W/kg
• Body SAR Level
  0.22 W/kg
• Product Specific Use
  0.22 W/kg
• Simultaneous Transmission
  1.45 W/kg

SAR Verizon Model

• FCC Approval Date
  16 July 2015
• FCC ID
  ZNFVS986
• Head SAR Level
  0.99 W/kg
• Body SAR Level
  1.07 W/kg
• Product Specific Use
  1.07 W/kg
• Simultaneous Transmission
  1.56 W/kg

SAR Sprint Model

• FCC Approval Date
  15 June 2015
• FCC ID
  ZNFLS991
• Head SAR Level
  1.19 W/kg
• Body SAR Level
  0.93 W/kg
• Product Specific Use
  0.93 W/kg
• Simultaneous Transmission
  1.50 W/kg

SAR T-Mobile Model

• FCC Approval Date
  15 July 2015
• FCC ID
  ZNFH811
• Head SAR Level
  1.05 W/kg
• Body SAR Level
  0.88 W/kg
• Product Specific Use
  0.88 W/kg
• Simultaneous Transmission
  1.36 W/kg

SAR Vodafone Model

SAR U.S. Cellular

• FCC Approval Date
  16 July 2015
• FCC ID
  ZNFUS991
• Body SAR Level
  0.93 W/kg
• Product Specific Use
  0.93 W/kg
• Simultaneous Transmission
  1.50 W/kg

EU SAR Level

• Head SAR Level
  0.62 W/kg head