
party Ethernet drivers and Ethernet access cards within the next year.
Fax send and receive. Full fax support is part of our strategy to provide
more core communications capabilities in the Newton platform. Newton 2.0
OS not only provides the capability to send faxes, but the capability to
receive faxes, with the option to annotate them before forwarding them to
someone else. As a part of our strategy to continually update
communications capabilities, we are adding Class 2 fax support, especially
important in markets outside of North America.
The Name and Fax Number information stored in the Name files is
closely integrated with the sending fax feature in Newton 2.0 OS. Newton
2.0 OS supports complex dialing codes and multiple phone numbers.
Printing. The Newton PDA strategy is to support printing via networks
and serial-connected printers. Printing over AppleTalk is available. Printer
drivers are built in for most Apple printers; support for many other popular
printers is available with the Newton Print Pack. We plan to support printing
over TCP/IP Ethernet networks over the next year.
E-mail. Apple’s e-mail strategy for the MessagePad continues to be one
of providing an architecture and development environment to support a
wide variety of e-mail, including an online e-mail client for services like
CompuServe and America Online; LAN e-mail, such as Lotus cc:Mail, CE
QuickMail, and Microsoft Mail, through remote-access mail clients; wireless
e-mail from RadioMail and WyndMail; and Internet mail access through
applications like Qualcomm’s Eudora.
To support this strategic direction, we are developing the Newton eMail
Enabler. The eMail Enabler consists of the following elements:
• A documented and preferred user interface for eMail and messaging
clients for the Newton platform
• Documented APIs
• An NTK streams file that provides the common elements of an e-mail
application. Example elements are: routing slip, connection slips, In/Out
Box headers, eMail stationery, and configuration slips.
You can make inquires concerning the eMail Enabler at
of the message.
WIRELESS COMMUNICATIONS
Having the best wireless communications is important to the future of the
Newton platform. As workers depend more on electronic services (e.g., e-
mail, corporate database access, and Internet access) and tend to spend
more time away from their desks, wireless access will become essential for a
number of industries and occupations.
We are working closely with licensees to provide integrated wireless
solutions. We are also providing expansion paths in Apple products
(including the MessagePad), such as PC Card Type II support for various
wireless networks.
Discussed below are key wireless capabilities in the Newton platform and
a new initiative for one- and two-way paging and messaging.
Cellular support. We will continue to provide connectivity for popular
cellular phones with cellular/fax modems. The Newton Modem Enabler
provides a facility to support most cellular modems. The need for
professionals to access dial-up services (e.g., corporate LAN e-mail or the
Internet) continues to grow. Many customers like to leverage their cellular
phone by using it with the Newton platform.
We are currently watching the development of CDPD (Cellular Digital
Data Packet). This cellular technology allows data transmission over cellular
voice networks, and will allow high throughput of wireless data. So far,
CDPD has been adopted mainly for vertical applications, and does not look
like it will become a nationwide standard.
GSM. GSM is a popular digitally-based cellular standard outside North
America. GSM could also become popular in North America if it is widely
adopted as PCS-1900 in the PCS band. The Newton platform strategy for
GSM continues to include built-in data adapter support for most phone
brands and Modem Enabler and device driver support for other devices.
PCS (Personal Communication Services). Newton 2.0 has the
communications architecture to support the future PCS-1900, TDMA, and
CDMA data systems. Some of these technologies will be implemented in
North America over the next few years. They promise to bring lower-cost
wireless communications and advanced services like personal telephone
numbers (telephone numbers that are not tied to a specific device but follow
a person around) and high-speed data transmission (64 kbs or more).
Wireless LANs. Some customers need to stay connected to a local-area
network – such as in a warehouse or on a large campus – even though they
must roam the area continually. Newton 2.0 lets such mobile users stay
connected to their LAN through wireless means using their Newton PDA,
while maintaining a very high data transmission rate. We support “wireless
Ethernet”-type capability that provides true mobility for many vertical
customers with our device driver kit. Both 2.4 GHz and infrared solutions
are shipping from third-party device providers.
Packet radio. Today, PC Card solutions exist that allow Newton 2.0 PDA
users to access ARDIS and RAM two-way packet radio services. These
services provide nationwide wireless data transmission in the U.S. In
Europe, Mobitex networks (Ericsson) and the DataTAC networks (Motorola)
are widely available. Our strategy is to work closely with developers and
device manufacturers to develop support for these networks and devices, as
well as future networks and devices.
Infrared (IR). Newton 2.0 has built-in infrared technology, so Newton
PDAs can exchange information with one another by “beaming” Newton
data, such as notes, name and address cards, and call records. Our strategy
for IR is to support standardized IR transports as they become widely used.
We plan on supporting IrDA in future products within the year. There are
many opportunities for developers to provide driver and connectivity
applications for the Newton platform to transfer data via IrDA to desktop
applications and other devices (e.g., printers and specialized devices).
One- and two-way paging and messaging. Through the Newton 2.0
communications architecture, mobile professionals can use a Newton PDA to
send and receive wireless pages (both alphanumeric and two-way pages).
Newton 2.0 OS supports multiple paging cards, and all messages are received
into the Universal In/Out Box for centralized, efficient messaging. Through
broader paging technology support and developer applications, the Newton
platform can support non-messaging uses such as automatic wireless updates
to databases, trading of stocks and bonds, and monitoring of remote systems.
To support this strategic direction in paging and messaging, we are developing
the Newton Messaging Enabler. The Messaging Enabler is both a developers’ tool
and an end-user application. It consists of the following elements:
• A documented API to allow easy integration with developer applications
through the “routing slip” and “Put away” functions
• A simple end-user application for reading and sending text and data (this
application can be expanded by developers through the documented API)
• Device drivers for one-way pagers (the Socket PageCard and the
Newton Technology Journal June 1996
11
Kommentare zu diesen Handbüchern