Dekoder D30AM - Cyfrowy Polsat

Cyfrowy Polsat S.A. Łubinowa 4a

03-878 Warsaw, Poland tel. + 48 22 356 62 11

Document class:

Short spec

Title:

D30AM IRD Short SPec

Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02

Wydrukowano: 2016-02-17 15:20: Konrad Szczęsny

This document contains strictly confidential and privileged information. The reproduction of any part of this document is strictly prohibited without the prior written consent

of Cyfrowy Polsat S.A. The disclosure to a third party of any part of this document is strictly prohibited without the prior written consent of Cyfrowy Polsat S.A.

Page 1 of 23

D30AM

Integrated Receiver Decoder

Hardware Summary



Document class:

Short spec

Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 2 of 23

TOC

1.1. Document history ................................................................................................................................. 4

2. Introduction ................................................................................................................................................. 5

2.1. Summary .............................................................................................................................................. 5

2.1.1. Executive summary ...................................................................................................................... 5

3. Product specification ................................................................................................................................... 7

3.1. D30AM block diagram (the final version) ........................................................................................... 7

3.2. Internal structure .................................................................................................................................. 8

3.2.1. Front panel ................................................................................................................................. 10

3.2.2. Rear panel .................................................................................................................................. 11

3.2.3. Smart card reader ....................................................................................................................... 12

3.3. Implementation details ....................................................................................................................... 13

4. Normative requirements ............................................................................................................................ 16

4.1. Functional specification ..................................................................................................................... 16

4.2. CE compliance ................................................................................................................................... 16

4.2.1. CE marking ................................................................................................................................ 16

4.2.2. RoHS .......................................................................................................................................... 17

5. Package ..................................................................................................................................................... 18

5.1. Product set .......................................................................................................................................... 18

6. Technical parameters ................................................................................................................................. 19

6.1. Mechanical and environmental conditions......................................................................................... 19

6.2. Power ................................................................................................................................................. 19

6.3. User interface ..................................................................................................................................... 19



Document class:

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Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 3 of 23

6.4. Remote control details ....................................................................................................................... 20

6.5. Smart Card reader .............................................................................................................................. 20

6.6. Interface DVB-S2 (RF in 1 and RF in 2) .......................................................................................... 20

6.7. HDMI ................................................................................................................................................. 20

6.8. AV output miniJACK ........................................................................................................................ 21

6.9. S/PDIF................................................................................................................................................ 21

6.10. LAN Interface .................................................................................................................................... 21

6.11. WLAN (Wi-Fi) .................................................................................................................................. 21

6.12. USB (front panel) ............................................................................................................................... 22

6.13. USB (optional, rear panel, separate quote) ........................................................................................ 22



Document class:

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Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 4 of 23

1.1. Document history

Table 1 Revision history

Date Ver Author Change log

2015-05-07 1.00 Konrad Szczesny Initial “Short spec” based on Marek Wołowczyk internal

Technical Specification

2015-05-07 1.01 KS Changed demods number from 4 to 8

DDR3 speed changed to 1866MHz

2016-02-17 1.02 KS Synchronized with

D30AN Specyfikacja Techniczna v1.29a.docx



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Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 5 of 23

2. Introduction

2.1. Summary

D30AM is an advanced satellite set top box with PVR (internal HDD) and multiroom capability. The STB is

equipped with two F-connectors for satellite RF signal in, 8 DVB-S2 demodulators and build-in Wi-Fi

interface, 2.4/5GHz 802.11ac client only.

D30AM is fully compliant with Nagra NASC 1.5 conditional access system.

2.1.1. Executive summary

Table 2 Executive summary

Feature Specification

SoC platform Broadcom BCM7250 (6000 DMIPS)

NOCS 3.0

CA Nagra NASC 1.5 certified, Smart Card reader

Other CA possible

Software Linux based

RAM 1024 MB DDR3-1866, 2 pieces of x8 2Gbit on 16-bit wide interface

Flash 4 MB (32 Mbit) SPI NOR

256 MiB (2 Gbit) NAND SLC

HDD storage 500 GB, 2,5”, SATA II, max.144 MB/s, internal, no HDD door

HDD high 7.0mm or 9.5mm

Front-End

2 x SAT RF in extended L-band (wideband, 250…2350 MHz),

LNB power/control: Legacy/DiSEqC 2.0/Unicable

Dual FBC tuner / 8x DVB-S/S2 demodulator

Video decoding MPEG-2/MPEG-4/H.264/HEVC H.265/VP9 10 bit

(2x1080p60+2x1080i60)*

MPEG transcoding Not available

Audio decoding MPEG-1 Layer I/II

Dolby Digital Plus

Digital AV digital interfaces HDMI 1.4 / HDCP 1.2 (optional HDMI 2.0 / HDCP 2.2), CEC

Optical (Toslink) S/PDIF out

Analogue AV 3.5mm L/R audio jack



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Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 6 of 23

Feature Specification

Ethernet 1x 10/100/1000Base-T

Wireless Wi-Fi 802.11a/b/g/n/ac 2T2R 2,4G/5G DBS

USB Front panel: USB 2.0 Host HS

FP buttons Touch panel: 5 sensors (4x navigation, on/off)

FP display LED 4 digits 7-segment, 8mm, white

FP LED indicator LED RGBW x1 (red, green, blue, white)

Implemented by means of on/off sensor backlight

RCU sensor IR 38 kHz

Power +11.4…13.5V DC, 4.0A max

Safety certificate CE

* Detailed usage scenarios depend on software specifications

Table 3 Optional features (separate quote require)

Optional Feature Specification

Alternative CA Irdeto, Conax, Latens

HDD 1 TB, 2,5”

Analog AV out CVBS/L+R mini-Jack 3,5mm 4-pole TRRS jack instead of audio L/R only

Second USB Rear panel USB 2.0 Host HS (additionally or instead of the FP USB)



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Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 7 of 23

3. Product specification

3.1. D30AM block diagram (the final version)

Figure 1 D30AM block diagram



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Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 8 of 23

The color on the block diagram on Figure 1 correspond to the power domains. For instance brown – input

power, red – AON, yellow – standby power.

3.2. Internal structure

Figure 2 shows the internal structure of the D30AM product. The final product may be slightly different

because the picture shows an idea at the design stage.

The STB is built from following modules:

Casing (plastic chassis, top cover, FP lens, rear panel)

Main board

Display board

Front panel USB connector board

HDD

Figure 2 gives an idea about internal modules and components placement.



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Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 9 of 23

Figure 2 D30AM internal structure. Top level idea only. The actual implementation may slightly differ.



Document class:

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Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 10 of 23

3.2.1. Front panel

Figure 3 Front panel rendering (may be not 100% accurate, idea only)

Please refer to the Figure 3 for the front panel controls and interfaces:

1. USB (type A) with plastic cover.

2. LED 4x 7-segment display (picture not accurate).

3. “Up” touch sensor (for instance “channel up”).

4. “Down” touch sensor (for instance ”channel down”).

5. “Left” touch sensor (for instance “volume down”).

6. “Right” touch sensor (for instance “volume up”). The same field is shared with the IR sensor area.

7. Standby or on/off sensor. Behind the sensors area the RGB LED indicator is placed for backlight.

1 2

4

3 5

6

7



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Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 11 of 23

3.2.2. Rear panel

Figure 4 Rear panel rendering (may be not 100% accurate, idea only)

Please refer to the Figure 4 for the rear panel interfaces summary

1. SAT 1 RF input (F-connector).

2. SAT 2 RF input (F-connector).

3. S/PDIF audio OUT (Toslink).

4. 3.5mm stereo audio jack

5. HDMI digital A/V output.

6. GbE LAN (RJ45)

7. Power DC IN

8. Serial number label position.

1

6

3 5 2 4 7 8



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Title:


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Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 12 of 23

3.2.3. Smart card reader

ISO-7816 Smart Card slot is placed on the right hand side panel. Smart card inserted contacts up. 3V3 and

5V0 smart cards are supported.

Figure 5 Smart Card position



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Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 13 of 23

3.3. Implementation details

Table 4 STB main components implementation details

Component Specification

SoC Broadcom BCM7250 (Nagra/HDMI version).

RAM DDR0 DDR3-2133/11-11-11, 1024 MiB (8 Gbit), x32

2x Samsung K4B4G1646D-BCNB

RAM DDR1 DDR3-1600 x8 4Gbit 2 pieces

2x Samsung K4B4G0846Q-HCK0

BOOT Flash SPI NOR flash 4 MB. Set to 2-bit/81 MHz by default. BGA package compliant

with NAGRA requirements.

Spansion S25FL032P0XBHI03

Starage Flash NAND flash SLC, 2- lub 4-bit ECC 256 MiB (2 Gbit). BGA package compliant

with NAGRA requirements.

Spansion S34ML02G200BHI003

EEPROM Not used.

Front end Broadcom BCM45208

SAT1/SAT2

RF inputs

Build-in Wi-Fi rejection filters

UNICABLE supported

LNB power 13,4 V or 18,6 V

LNB power current limit > 0,4 A

LNB current BOOST function for limited time

LNB power instant shutdown at power off condition (DC voltage disconnected)

and at fault condition (overload, thermal protection)

USB0

Front Panel

USB 2.0 Host HS (variant USB 3.0 SS/HS possible in h/w) at the front panel.

Current limit >1.3A

USB power always switched off after reset at software boot time

USB1 Used internally for BCM43566 Wi-Fi solution

GbE Port LAN 10/100/1000Base-T RJ-45.



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Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 14 of 23

HDMI Tx HDMI Tx with CEC supported

HDCP

Hardware ready for HDMI 2.0

Interface powered from AON

Analog A/V

out

3.5mm jack for L/R Audio

S/PDIF S/PDIF TOSLINK out on the smart card board

Smart Card ISO7816 compliant

TDA8034HN interface

Wi-Fi BCM43566 integrated on the main board

USB internal interface

SATA Internal HDD SATA II 2,5”

FP LED

display

Connected via SPI interface

AS1115 controller

16 gray levels of each separate pixel

256 brightness levels of the whole display

Power External power adapter

+11,4…13,5V DC



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Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 15 of 23

Table 5 Front panel LED indicator

STB mode LED color Description

OFF – No DC power

INIT/ERROR* RED

STB during boot process (software not ready).

Bright red. Enabled by hardware after DC power is

connected.

BOOT** GREEN Application start. Bright green.

Enabled by hardware.

STANDBY RED (dim red) Standby mode.

Controlled by software

DEEP

STANDBY

WHITE (dim

white)

Deep standby (lowest power consumption).

Controlled by software.

OPERATE – Operating mode.

OLED display if on, LED indicator off.

IRCMD WHITE (bright

white)

RCU activity

Controlled by software

RECORD BLUE HDD recording in place.

* default mode, selected by hardware after DC power is connected

** optional mode selected by hardware



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Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 16 of 23

4. Normative requirements

4.1. Functional specification

Functional specification is defined in a separate PSS document.

4.2. CE compliance

Following Directives are met:

European Commission Directive EMC 2004/108/WE.

European Commission Directive LVD 2006/95/WE.

European Commission Directive RoHS 2011/65/UE.

European Commission Directive R&TTE 1999/5/WE.

European Commission Directive WEEE 2012/19/UE.

European Commission Directive ErP 2009/125/WE.

Following the directives:

Directive (WE) NR 1275/2008

Directive(WE) NR 801/2013 (standby and off mode)

The STB is pre-configured with power saving function (ADP) enabled. The end user can modify the default

behavior.

The STB is compliant with:

PN-EN 60065:2004 + A1:2010 + A2:2011 + A11:2009 + A12:2011 + AC:2007

PN-EN 60950-1:2007+A1:2011+A11:2009+A12:2011

For EMC.

4.2.1. CE marking

CE compatibility declaration is attached to the user manual. Appropriate CE marking is present on the product

and the packaging.



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Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 17 of 23

4.2.2. RoHS

RoHS compatibility is marked according to RoHS 2011/65/UE.



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Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 18 of 23

5. Package

5.1. Product set

STB D30AM

List of other accessories (like PSU, cables, RCU, gift box) are subject of separate document



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Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

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Page 19 of 23

6. Technical parameters

6.1. Mechanical and environmental conditions

Physical dimensions W x D x H 275 x 165 x 50 mm (no feet and connectors included)

275 x 170 x 50 mm (Including rubber feet and connectors)

Weight 0.8kg

Whole set weight Depending on the accessories set

Working conditions Continuous operation, indoor

Heat dissipation Passive, no cooling fan. The ventilation holes cannot be blocked.

Free airflow from the bottom and rear side must be secured.

Operating temperature range +10 °C…+35 °C

Humidity 0%…90% (not condensing)

Storage temperature -20 °C…+50 °C

6.2. Power

PSU type External, DC, stabilized

DC input voltage +11.4...14.2 V DC

PSU DC supply current (including

SAT/USB/HDMI)

< 4.0A (at 12 V input DC voltage)

Standby mode DC current (LNB

power ON, USB/LAN/Wi-Fi OFF)

TBD

Deep standby power consumption

including PSU

< 0,5 W

Energy consumption per year

following VA v. 3.0 (requirement: <

170 kWh)

< 79.3 kWh TBC (when EKO function is enabled, by default it is

enabled)

6.3. User interface

Front panel display LED 4x7segment, 8mm, white

Control buttons 5 capacitive touch sensors



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Konrad Szczesny

Date:

2016-02-17

Version:

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Page 20 of 23

LED indicator(s) Single indicator, backlight of the on/off/standby sensor assembled

from four LED diodes: red, white, blue, green

Remote control Infra-red, 38 kHz carrier

6.4. Remote control details

Type IR

Carrier frequency 38 kHz ±5%

Commands Follows Cyfrowy Polsat standard, software dependent

Min. range 0,2…5 m

Horizontal angle >±45°

Vertical langle >±30°

6.5. Smart Card reader

S/C voltage 5 V ±5% lub 3 V ±5%

S/C current 0…65 mA

No of data lines 3

6.6. Interface DVB-S2 (RF in 1 and RF in 2)

Connector F-connector (IEC 169-24)

Impedance 75 Ω

Freq. range 250…2350 MHz (wide-band)

Level -60… -25 dBm

LNB control 22 kHz/13 V/18 V,

DiSEqC Level 2.0,

Unicable I/II [1][13]

Wide-band

LNB power 0…0,4 A

Protection Shortcut (typ. 0,5 A for shortcut time > 45 ms)

Overvoltage/surge (3 kV, 8/20 s)

6.7. HDMI

Type Output HDMI 1.4 / HDCP 1.2, CEC supported



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Konrad Szczesny

Date:

2016-02-17

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Page 21 of 23

Resolution 1080p, 1080i, 720p, 576p

Sound PCM, Dolby Digital, Dolby Digital Plus

6.8. AV output miniJACK

Connector Mini Jack 3,5 mm

Audio Variable level L+R, <2 Vrms/47 kΩ

Audio bandwidth 20 Hz…21,6 kHz ±0,05 dB, fs=48 kHz / RL=47 kΩ

THD+N <-80 dBFS (<0,01%)

typ. -90 dBFS (0,003%) @ -1 dBFS

Video PAL/CVBS, max. 576p50, 4:3 lub 16:9

Optional on 4-pole jack, if implemented, additional quote

6.9. S/PDIF

Type Toslink

Connector TOSLINK with door

Supported streams PCM, Dolby Digital

6.10. LAN Interface

Ethernet 10/100/1000 Base-T

Connector RJ45

Signalization None

6.11. WLAN (Wi-Fi)

Standard IEEE802.11 b/g/n/ac

Frequency range 2,4 GHz or 5 GHz

802.11 b/g/n 2,4 GHz: 2400… 2483,5 MHz

802.11 n/ac 5 GHz: 5150…5350, 5470…5725 MHz

Supported channels 802.11 b/g/n 2,4 GHz: 13 channels (1...13)

802.11 n/ac 5 GHz: 19 channels 20 MHz wide (36, 40,

44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 120, 124,

128, 132, 136, 140),

9 channels 40 MHz wide (38, 46, 54, 62, 102, 110, 118,



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2016-02-17

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Page 22 of 23

126, 134)

Antennas Internal, 2x2 MIMO

DFS Slave, no RF signal detection

Max bitrate 867Mbps

Internal interface USB 2.0

EIRP Tx power 2,4 GHz: maks. 20 dBm

5 GHz: maks. 21 dBm

Rx Sensitivity 802.11n 2,4GHz:

<-82 dBm (MCS0/20 MHz)


<-64 dBm (MCS15/20 MHz)

<-54 dBm (MCS15/40 MHz)

802.11ac 5GHz:







Usage limitation Indoor only (Poland)

6.12. USB (front panel)

Type Host USB 2.0, HS/FS

Connector Type A

Supply current 0…1.3 A

Protection Shortcut (current limiting <1,52 A)

ESD ±2 kV

6.13. USB (optional, rear panel, separate quote)

Type Host USB 2.0, SS/HS/FS

Connector Type A

Supply current 0…1.3 A

Protection Shortcut (current limiting <1,52 A)



Document class:

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Title:


Autor:

Marek Wołowczyk

Konrad Szczesny

Date:

2016-02-17

Version:

1.02




Page 23 of 23

ESD ±2 kV

Documents

Dekoder D30AM - Cyfrowy Polsat