Philips Hue Bridge 2.0 User manual
Hue Bridge 2.0
3241312018
UserManual
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Specification
1 ESTHETIC
The Bridge is rectangular box with rounded corners. The push button is in the middle.
The power cable and the LAN cable shouldplug in on same side.
Below picture can be the reference(though LED color should be blue).
The push button should be smaller than the one in the picture below, and have a
uniform touch feeling. Philips to review and approve industrial design of Liteon.
The Philips word mark must exist on the surface.
Finishing:
High gloss white plastic RAL 9003;
Some parts might be painted: Silver Pantone 10103C
Color of signaling LED’s: blue
Brightness of LEDs: to be clearly visible on a viewing distance of 1 meter in daylight,
final samples to be approved by Philips. All LEDs should have the same perceived
brightness. LED ring should be lit in a uniform manner. No light leakage between the
LEDs allowed.
2
2.1
2.2
3
3.1
Th
e
BUTTON
S
LINK
P
FACT
O
Small
p
ARCHITE
Electri
c
e
below dia
g
ZigBee So
C
ZigBee RF
band
IP network
DDR1, 2
o
FLASH m
ZigBee an
d
S
P
ush butto
n
O
RY RES
E
p
ush button
CTURE
c
al
g
ram is the
C
: Atmel S
A
booster ch
i
and router
o
r 3, minim
u
inimum 32
d
WiFi Ante
n
surroun
d
E
T (Backsi
(same as t
function bl
o
A
MR21
i
p to achie
v
SoC: ARM
u
m 64 MB
y
MByte
nna design
d
ed by blu
e
de).
he current
b
o
ck of the
b
v
e maximu
m
or MIPS b
a
y
te
s: see sect
i
e
lit ring.
b
ridge)
b
oard.
m
allowed o
u
a
sed
i
on 6.5
u
tput powe
r
r
in 2.4GHz
ISM
1x Ethernet (10/100 Mbit)
Connection between ZigBee SoC and routerSoC: UART (or USB)
Internal SW development/debugging connection:
UART and Atmel debug interface for the ZigBee SoC
UART for the routerSoC for booter and Linux console + kernel start-up.
JTAG or other means to debug/update the routerSoC
WiFi and ZigBee PCB antenna
3.2 Software
The software for the product consists of:
Supplier: Booter (or Boot loader) to start Linux
Supplier: Linux distribution (full source code, makefiles, build scripts etc.)
Supplier: software for testing basic board functions + approbation software
Philips: hue bridge applications
Philips: software image for ZigBee SoC
For a final product Philips will build the software image for both SoCs. In order to do so
the Linux distribution for the router SoC is to be provided to Philips for application
development. The relevant peripherals should be fully supported by the Linux
distribution. All supplier provided software shall be based on open source from a
known contemporary Linux distribution for routers (OpenWRT 14.07). Philips should
be able to build the software images for booter, Linux, root file system, and so on. All
licenses shall be reported.
Part of the hue bridge application will be Apple HomeKit support, which requires
access to the Apple Authentication IC. Support for this shall be via a supplier provided
driver; connection via I2C.
The image below shows software blocks for the router SoC.
Re
q
3.3
For
For
por
t
q
uirements:
Maxim
u
(electri
c
Start-u
p
Linux k
Full op
e
supplie
The pr
o
client,
u
GHz b
a
Soft
w
software d
e
- ZigBee
o
o
o
- Router
o
o
factory te
s
t
s might be
u
m of 50%
c
al require
m
p
time (boo
t
ernel versi
o
e
n source
L
r.
o
duct need
s
u
sing IEEE
a
nd.
w
are deve
l
e
velopmen
t
SoC
Serial port
Reset (ind
e
A
tmel deb
u
Soc
Serial port:
JTAG
s
ting and c
o
used as w
e
RAM and
m
ents are 6
4
t
er and ker
n
o
n 3.10 or
h
L
inux distri
b
s
to be abl
e
802.11g (
a
l
opment
t
access is
e
pendent o
f
u
g interface
boot, kern
e
o
nfiguratio
n
e
ll.
FLASH m
e
4
MByte R
A
n
el) till appl
h
igher, rele
v
b
ution and
e
to be use
d
a
lso 11n to
need to:
f
Router So
e
l logging,
L
n
(e.g. MA
C
e
mory use
d
A
M and 32
ication star
t
v
ant periph
e
booter, not
d
as both
W
be conside
C reset)
L
inux cons
o
C
address,
d
without h
MByte flas
h
t
less than
2
e
rals supp
o
limited to
o
W
iFi acces
s
red in road
o
le
HomeKit
P
ue applica
t
h
).
2
0 second
s
o
rt in kernel
.
o
ne router
s
point and
W
map) in th
e
P
IN code) t
h
t
ions
s
.
.
SoC
W
iFi
e
2.4
h
ese
4 OPERATIONS
4.1 Programming in factory
Philips will provide binaries and keys (“keys” refers to ZLL and SmartLink keys) to be
programmed. These binaries and keys shall be handled in a secure way, using IT
servers that have limited access and access registration. The same holds for the
programming stations. Supplier to indicate how Apple HomeKitPIN code will be
handled in production, in line with Apple requirements.
Philips will provide tables of
ZigBee MAC addresses
IP network MAC addresses and key combinations
4.2 Factory testing
Factory test plan as well as factory test software and approbation software to be
delivered by supplier. Exception: ZigBee approbation software is delivered by Philips.
4.3 Product traceability
TBD either based on IP MAC address / key combination or ZigBee mac address
Component traceability required.
4.4 Labelling and packaging
For the scenario where the hue bridges are sent directly to customer (i.e. in
commercial final package (to be delivered to Supplier by Philips-designated
packaging supplier)):
Product label on fixed location (backside), label size optimised for content,
preferably only a single label, for global use
oPhilips wordmark (see associated requirements)
oHue logo (see associated requirements)
oSerial#, IP MAC addresses
oApprovals and compliance text (for global use, only mandatory ones)
oHomeKit logo and PIN code
4.5 Adaptor
There should be 3 kinds of the power adaptors.
1. US version
2. APR version
3. EU version.
Preferably, a single EU+UK version should cover both the normal EU as well as
the UK style adaptor. Supplier should clarify the cost uplift on this EU+UK
combined adapter approach over separate EU and UK adapters so Philips can
use this to make a decision.
5 RELIABILITY AND QUALITY TARGET
5.1 Quality target
Field call rate: <0.1% (1000PPM) (year average)
5.2 Reliability
Operating condition
T-ambient 0<Ta<40 C
Humidity 0<H<80% non condensing
Storage condition (packaged)
T-storage -40<Ts<80 C
Humidity 0<H<90% non condensing
Environmental testing
Packaged: drop, vibration, stacking, damp heat
Unpackaged: Cold exposure, temperature change rapid, Damp heat cyclic,
cold start-up
Mechanical test:
Surface Test (Rubbing, Paint)
Surface rigidity test
Cosmetic test
DC power jack plug in test
For all the above testing, Liteon should provide the test detail conditions and Philips
will review, add any necessary test and approve the QTP.
6 APPROBATION AND CERTIFICATION
6.1 The country list of the approbation
US / Canada / Mexico
EU
Taiwan /Korea / Japan
Brazil / Argentina / Chili
Australia / New Zeeland
China /Hong Kong / Singapore
India
Note 1:
For all countries in the above list except US,Canada,Mexico,EU: Liteon is
requested to provide the additional cost and throughput time for approbation for
each of these countries.
Note 2:
For roadmap purposes, Liteon is requested to provide the additional cost and
throughput time for approbation if Thailand, Malaysia, United Arab Emirates and
Indonesia are added to this list.
6.2 Approbation and certification
WiFiand WAC certification: to be done by the Supplier.
Certificates should be registered with Philips’ name.
ZigBee certification: will be arranged by Philips.
Supplier to provide list of required approbations/certifications for this product, and
recommendation for associated test labs/notify bodies; Philips will review and approve.
Supplier to submit to Philips after certification: Test reports, copies of the certificates,
name of Notified Body and test house used for certification.
6.3 Sustainability
RoHS and REACH compliant
WEEE compliant
Philips Green Policies (www.philips.com/sustainability)
6.4 Energy efficient
Energy Efficiency of PSU and IP bridge should be conform industry standards.
Standby of the PSU should be Energy Star class 5 compliant, or better.
6.5 WiFi and ZigBee radio
ZigBee Radio IEEE 802.15.4, ISM bands 2.4GHz and WiFi radio IEEE 802.11.
Maximum output power, ZigBee range should be comparable to wifi range.
EIRP should be as good as possible with a cost effective solution not exceeding
country regulations (e.g., 20 dBm for Europe). WiFi and ZigBee antennas are internal.
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