Ethernet Smart Cable
User Manual
UM020705-1012
Introduction
Zilog’s Ethernet Smart Cable, part number ZENETSC0100ZACG, allows you to connect
Z8 Encore!
®
, Z8 Encore! XP
®
, ZNEO
™
and eZ80Acclaim!
®
development boards to a
Zilog Developer Studio II (ZDS II) host system using an Ethernet connection.
This user manual provides instructions for installing the Ethernet Smart Cable hardware.
Instructions are also provided for Ethernet-equipped host PCs that are not network-con-
nected. After the Ethernet Smart Cable is connected, proceed with debugging as described
in the documentation specific to your development kit.
Kit Contents
To determine the contents of your kit, refer to the Ethernet Smart Cable Packing List
(PAK0019), a paper insert included with your kit.
Software and Hardware Requirements
The requirements for using the Ethernet Smart Cable are:
•
A host PC with ZDS II v4.10.0 or later for Z8 Encore!, eZ80Acclaim!, or ZNEO. To
determine ZDS II requirements for your host system, refer to the quick start guide for
your specific development kit. The latest version of ZDS II is available as a free down-
load from
the Zilog Store.
An available 10/100 Mbps Ethernet connection.
Note:
If you are using ZDS II – eZ80Acclaim! versions earlier than 4.10.0, see the
Using the Ethernet Smart Cable on ZDS II – eZ80Acclaim! Versions Earlier
than 4.10.0
section on page 11.
•
Copyright ©2012 Zilog
®
, Inc. All rights reserved.
www.zilog.com
Ethernet Smart Cable
User Manual
Supported Target Environments
The supported target environments are described in the following table.
System Clock
Development Board
Z8 Encore!
ZNEO
eZ80Acclaim!
Minimum
32 kHz
10 kHz
5 MHz
Maximum
20 MHz
20 MHz
50 MHz
Power Supply
Minimum
2.7 V
2.7 V
3.0 V
Maximum
3.6 V
3.6 V
3.6 V
Current*
2 mA
2 mA
2 mA
Note:
*Add this Ethernet Smart Cable current as a requirement for your target’s power supply.
Installing the Ethernet Smart Cable
The Ethernet Smart Cable is optimized for use on an Ethernet network in which a dynamic
host configuration protocol (DHCP) server assigns IP addresses. The following sections
provide instructions for connecting the Ethernet Smart Cable to a DHCP-based network,
or directly to an Ethernet-equipped host PC.
The Ethernet Smart Cable’s factory default settings include:
•
•
•
•
•
DHCP enabled
IP address: 192.168.1.50 (this address will be different if a DHCP server is available
to assign an address)
Subnet mask: 255.255.255.0
Gateway: 192.168.1.254
No password required
If you need to change the cable’s factory default settings, follow the steps described in the
Changing the Default Settings of the Ethernet Smart Cable
section on page 8.
Note:
When a DHCP server is unavailable, the Ethernet Smart Cable defaults to
using IP address 192.168.1.50. If your network uses static IP addresses on a
different subnet, connect the Ethernet Smart Cable to a stand-alone PC con-
figured as described in the next section.
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Ethernet Smart Cable
User Manual
Connecting the Ethernet Smart Cable to a DHCP-Based
Network
The following considerations must be determined prior to connecting the Ethernet Smart
Cable to a DHCP-based network:
•
•
An active Ethernet connection must be available, such as from an Ethernet hub
A standard CAT-5 Ethernet cable must be available
Observe the following steps to connect the Ethernet Smart Cable:
1. Connect the Ethernet Smart Cable to an Ethernet connection.
2. Connect the 5 V DC power supply to the Ethernet Smart Cable power connector. As a
result, the green PWR and RUN LEDs will illuminate. The green link LED on the
Ethernet Smart Cable RJ-45 connector illuminates, as shown in Figure 1, indicating a
live Ethernet connection. The green activity LED on the Ethernet Smart Cable RJ-45
connector flickers, indicating network activity.
DBG Connector
Ethernet Connector
PWR LED
RUN LED
5 VDC Power In
Link LED
Activity LED
Figure 1. Ethernet Smart Cable, Front View and Rear View
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Ethernet Smart Cable
User Manual
3. Launch ZDS II.
4. Navigate via the
File
menu in ZDS II to open one of the projects listed in the samples
directory of your ZDS II installation.
5. Select
Project
Settings
to display the
Project Settings
dialog.
6. Select the
Debugger
tab.
7. From the
Debug Tool
drop-down menu, select
EthernetSmartCable
.
8. Click the
Setup
button. Your Ethernet Smart Cable will be listed in the
Smart Cables
Available
list. Select the checkbox for your Ethernet Smart Cable, then click the
OK
button.
Note:
If you have more than one Ethernet Smart Cable, you can uniquely identify
them by comparing the MAC address listed in the
Smart Cables Available
list with the label on the bottom of the Ethernet Smart Cable.
9. Click the
OK
button in the
Project Settings
window. Your project is now configured
to run with the newly installed Ethernet Smart Cable.
10. Connect the target board to the Ethernet Smart Cable as described in the
Connecting to
the Target Board
section on page 11.
Connecting the Ethernet Smart Cable Directly to a Host PC
When using a host PC that is not network-connected, configure the PC as follows to con-
nect it to the Ethernet Smart Cable.
Note:
The following instructions are designed for use on a MS Windows XP plat-
form. If your Windows operating system is different, refer to MS Windows
OS online help for details.
Observe the following steps to connect the Ethernet Smart Cable to a host PC:
1. Power on your host PC before proceeding.
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Ethernet Smart Cable
User Manual
2. Use the Ethernet crossover cable supplied with the Ethernet Smart Cable to connect
the Ethernet Smart Cable to the host PC’s Ethernet port.
3. Connect the 5 V DC power supply to the Ethernet Smart Cable power connector. As a
result, the green PWR and RUN LEDs will illuminate. The green link LED on the
Ethernet Smart Cable’s RJ-45 connector illuminates (see
Figure 1
on page 3), indicat-
ing a live Ethernet connection. The green activity LED on the Ethernet Smart Cable
RJ-45 connector flickers, indicating network activity.
4. On the host PC, open the Windows Control Panel and double-click the
Network and
Internet Connections
icon. The
Network Connections
dialog box will appear, as
shown in Figure 2.
Figure 2. The Network Dialog
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