Anritsu MD8470A Specification sheet

TECHNICAL NOTE
MD8470A
Signalling Tester
Application Test
ANRITSU CORPORATION

CONFIDENTIAL 1
Copyright 2005 by ANRITSU CORPORATION
The contents of this manual shall not be disclosed in any way or
reproduced in any media without the express written permission of
Anritsu Corporation.

1
Slide 1
MD8470A-E-E-1
Detailed Explanations
for Each Application
Slide 2
MD8470A-E-E-1
Contents
Part 1: Packet Communication
(HTML and WAP)
Part 2: Video Streaming
Part 3: Video Telephony
Part 4: SMS
Part 5: MMS
Part 6: DRM

2
Slide 3
MD8470A-E-E-1
Part 1: Packet Communication
(HTTP and WAP)
Slide 4
MD8470A-E-E-1
Packet Communication (HTTP)
HTTP : Hypertext Transfer Protocol
TCP : Transmission Control Protocol
UDP : User Datagram Protocol
IP : Internet Protocol
L2 (W-CDMA) : MAC / RLC
MAC : Media Access Control
RLC : Radio Link Control
L2 (GSM/GPRS) : DL /
DL : Data Link
L1 (W / G) : PHY(Physical Layer)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Stack

3
Slide 5
MD8470A-E-E-1
UE
RF
MD8470A
Control SW or
WNS DNS IIS Contents
PC inside of MD8470A
Port ‘A’ or Port ‘B’ Port ‘0’
File path(default contents)
can be defined in the IIS
RF
MD8470A
DNS supports the conversion between a domain name
and an IP address.
(Ex : vodafone.com <--> 192.168.1.2 )
9DNS (Domain Name System)
All these parts are available in an
external PC
UE
9IIS (Internet Information Server)
IIS supports the Web server function that sends the
contents and the default contents (default web site).
Packet Communication (HTTP)
Slide 6
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
MS
PDP Activation (Wireless Protocol)
ARP Request(IP)
ARP Reply(IP)
Connection Request(TCP)
NW
Protocol Sequence
Connection Ack & Request(TCP)
Connection Ack(TCP)
Get(HTTP)
OK(Response : HTTP)
Ack(TCP)
Disconnect(TCP)
PDP De-activation (Wireless Protocol)

4
Slide 7
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(ARP Request)
*1
*1 : MS(IP : 192.168.1.1) searches the MAC address
of the Server(IP : 192.168.1.2)
*1
Slide 8
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(ARP Reply)
*1
*1 : Server (IP : 192.168.1.2) replies the MAC
address to MS(IP : 192.168.1.1)
*1

5
Slide 9
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(Connection Req.)
*1
*1 : data from ‘6616(port number of MS)’ to ’80(http
port number of the Server)’
*2 : connection request from MS to server
*1,2
*2
Slide 10
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(Conn.Ack & Req.)
*1
*1 : data from ’80(http port number of the Server)’ to
‘6616(port number of MS)’
*2 : Ack of ‘connection request’ and connection
request from server to MS.
*1,2
*2

6
Slide 11
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(Connection Ack)
*1
*1 : data from ‘6616(port number of MS)’ to ’80(http
port number of the Server)’
*2 : Ack of ‘connection request’
*1,2
*2
Slide 12
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(HTTP Get)
*1
*1 : request the html contents. ‘ / ‘ means the relative
path. Only ‘ / ‘ case is root contents of the server.
*2 : Host : Server IP address
Application : supported MIME type
Language : en (English)
Charaset : utf-8(one of the common unicode)
*1
*2

7
Slide 13
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(HTTP Response)
*1
*1 : ‘Http/1.1 200 OK’ means ‘success of downloading’
‘Content-Location’ : path of the content
‘Content-Type’ : MIME type of the content
‘Content-Length’ : Length of the content
*2 : HTML content data itself
*1
*2
Slide 14
MD8470A-E-E-1
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(TCP Ack)
*1
*1 : TCP level acknowledge of previous HTTP
content access
*1

8
Slide 15
MD8470A-E-E-1
*1 : Disconnect request
Packet Communication (HTTP)
IP
TCP / UDP
HTTP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Sequence
(TCP Disconnect)
*1
*1
Slide 16
MD8470A-E-E-1
Packet Communication (WAP)
WSP : Wireless Session Protocol
WTP : Wireless Transaction Protocol
WDP : Wireless Datagram Protocol
IP : Internet Protocol
L2(W-CDMA) : MAC / RLC
MAC : Media Access Control
RLC : Radio Link Control
L2(GSM/GPRS) : DL /
DL : Data Link
L1(W / G) : PHY(Physical Layer)
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
Protocol Stack
WDP
WTP
WSP

9
Slide 17
MD8470A-E-E-1
UE
RF
MD8470A
Control SW or
WNS
WAP
Gateway IIS Contents
PC inside of MD8470A
Port ‘A’ or Port ‘B’ Port ‘0’
File path(default contents)
can be defined in the IIS
RF
MD8470A
•Converting to the format supported by the UE and
downsizing the contents
•MD8470A uses ‘Kannel’ free software V1.4
9WAP Gateway
All these parts are available in an
external PC
UE
Packet Communication (WAP)
Slide 18
MD8470A-E-E-1
Packet Communication (WAP-HTML)
MS
PDP Activation (Wireless Protocol)
ARP Request(IP)
ARP Reply(IP)
WSP Connect(WSP)
NW
Protocol Sequence
WSP Connect Reply(WSP)
WTP Ack & WSP Get(WTP)
WTP Result(WTP)
WSP Reply(WSP)
WTP Ack(WTP)
WSP Disconnect(WSP)
PDP De-activation (Wireless Protocol)
WTP Ack(WTP)
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

10
Slide 19
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(ARP Request)
*1
*1 : MS(IP : 192.168.1.1) searches the MAC address
of the Server(IP : 192.168.1.2)
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 20
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(ARP Reply)
*1
*1 : Server (IP : 192.168.1.2) replies the MAC
address to MS(IP : 192.168.1.1)
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

11
Slide 21
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WSP Connect)
*2
*1 : WTP ‘PDU Type : Invoke’ : request to WSP
(Transaction ID = 1)
*2 : WSP ‘PDU Type : Connect’ : WSP connect WSP version
is 1.0
*3 : Size of sending in 1 time
Server SDU Size : 356352
Client SDU Size : 344250
*2
*1
*3
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 22
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WSP Conn. Reply)
*1
*2
*2
*1 : WTP ‘PDU Type : Result’ : reply from WSP
( Transaction ID = 1)
*2 : WSP ‘PDU Type : ConnectReply’ : WSP Connect
Reply
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

12
Slide 23
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WTP Ack & WSP Get)
*1
*1
*2
*1 : First WTP ‘PDU Type : Ack’ : Ack of previous Reply
(Transaction ID = 1)
*2 : Second WTP ‘PDU Type : Invoke’ : request to WSP
(request of ‘WSP Get’, Transaction ID = 2)
*2
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 24
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WTP Ack & WSP Get)
*1
*1
*2
*1 : WSP ‘PDU Type : Get’ : request the content
URI : path of content
*2 : WSP > Headers >
Accept : supported MIME type
Accept-Language : English
Accept-Charaset : utf-8(common unicode)
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

13
Slide 25
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WTP Result)
*1
*1
*2
*1 : WTP ‘PDU Type : Result’ : reply from WSP
(Transaction ID = 2)
*2 : ‘Trailer Flags : Not Last Packet’ means the
segmentation of content data had happened
Downloading content is still continuing
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 26
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WSP Reply)
*1
*1
*2
*1 : WTP ‘PDU Type : Segmented Result’ : reply from
WSP (Transaction ID = 2) for the second data block
*2 : ‘Trailer Flags : Last Packet of message’ means the last
part of the content data
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

14
Slide 27
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WSP Reply)
*1
*1
*2
*1 : WSP ‘PDU Type : Reply’ : reply the content access
‘Status : 200 OK’ means success of download
*2 : content location and length
*3 : html data itself
*3
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 28
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WTP Ack)
*1
*1
*1
*1 : WSP ‘PDU Type : Ack’ : Ack for the WTP result of
first content data block (Transaction ID = 2)
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

15
Slide 29
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WTP Ack)
*1
*1
*1
*1 : WSP ‘PDU Type : Ack’ : Ack for the WTP result of
second(last) content data block (Transaction ID = 2)
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 30
MD8470A-E-E-1
Packet Communication (WAP-HTML)
Protocol Sequence
(WSP Disconnect)
*1
*2
*1
*1 : WTP ‘PDU Type : Invoke’ : request to WSP (request
of ‘WSP Disconnect’, Transaction ID = 3)
*2 : WSP ‘PDU Type : Disconnect’ : disconnection
*2
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

16
Slide 31
MD8470A-E-E-1
Packet Communication (WAP-WML)
MS PDP Activation (Wireless Protocol)
ARP Request(IP)
ARP Reply(IP)
WSP Connect(WSP)
NW
Protocol Sequence
WSP Connect Reply(WSP)
WTP Ack & WSP Get(WTP)
WTP Result(WTP)
WSP Reply(WSP)
WTP Ack(WTP)
WSP Disconnect(WSP)
PDP De-activation (Wireless Protocol)
WTP Ack(WTP)
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
WTP Ack & WSP Get(WTP)
WSP Reply(WSP)
Slide 32
MD8470A-E-E-1
Packet Communication (WAP-WML)
Protocol Sequence
(ARP Request)
*1
*1 : MS(IP : 192.168.1.1) searches the MAC address
of the Server(IP : 192.168.1.2)
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

17
Slide 33
MD8470A-E-E-1
Packet Communication (WAP-WML)
Protocol Sequence
(ARP Reply)
*1
*1 : Server (IP : 192.168.1.2) replies the MAC
address to MS(IP : 192.168.1.1)
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 34
MD8470A-E-E-1
Packet Communication (WAP-WML)
Protocol Sequence
(WSP Connect)
*2
*1 : WTP ‘PDU Type : Invoke’ : request to WSP
(Transaction ID = 5)
*2 : WSP ‘PDU Type : Connect’ : WSP connect WSP version
is 1.0
*3 : Size of sending in 1 time
Server SDU Size : 356352
Client SDU Size : 344250
*2
*1
*3
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP

18
Slide 35
MD8470A-E-E-1
Packet Communication (WAP-WML)
Protocol Sequence
(WSP Conn. Reply)
*1
*2
*2
*1 : WTP ‘PDU Type : Result’ : reply from WSP
( Transaction ID = 5)
*2 : WSP ‘PDU Type : ConnectReply’ : WSP Connect
Reply
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP
Slide 36
MD8470A-E-E-1
Packet Communication (WAP-WML)
Protocol Sequence
(WTP Ack & WSP Get)
*1
*1
*2
*1 : First WTP ‘PDU Type : Ack’ : Ack of previous Reply
(Transaction ID = 5)
*2 : Second WTP ‘PDU Type : Invoke’ : request to WSP
(request of ‘WSP Get’, Transaction ID = 6)
*2
*1
IP
L1(Wireless Protocol)
L2(Wireless Protocol)
L3
WDP
WTP
WSP