All Times Eastern
* If SKYWARN is active, alternate is 9127

ARES, RACES & SKYWARN
The gateway
provides a vital link for the region's ARES, RACES and SKYWARN programs.
Thanks to the gracious efforts of Rob Macedo (KD1CY), the New England
Gateway has become one of the most successful VoIP networks in the USA for the purpose of
regional emergency communications. It is often viewed as a
national role model for other region's ARES, RACES and SKYWARN programs.
At times of severe weather,
the New England VoIP SKYWARN Net activates. National Weather Service (NWS)
offices that regularly utilize the gateway include Taunton,
Massachusetts (WX1BOX)
and Gray, Maine (WX1GYX).
The gateway
provides a single point of contact for people in the field to submit
reports by either IRLP or EchoLink, while interfacing directly with
other SKYWARN sections such as Western Massachusetts, Connecticut and
Long Island, New York.
In the past, the gateway has
also been a central linking point for several other ARES, RACES and SKYWARN
events within the region. A few examples include the 2004
Democratic National Convention in Boston, and welfare communications
during the Blizzard of '05 and Floods of '06. The gateway has
consistently made ARRL news for playing key roles in these types of
communications.

HISTORY
The New England Gateway
started in late 2003 as the "New England Network". It was a
collaborative effort between Brian Freeman (K1SOX), Jed Barton (N1JBC)
and Rick Cabral (W1RJC). Its name was as a memorial to a defunct
220/440MHz network of the same name from the '80s. Originally, the
goal was to permanently have repeaters across New England linked
together full-time using VoIP.
The original goal was to create a bridge between IRLP and EchoLink so that repeater owners in
New England could link together, regardless of which network they were
using. On October 24, 2003 the EchoLink New England Conference (*NEW-ENG*), Node 9123 was installed.
Shortly after on December 3, 2003, an analog IRLP/EchoLink gateway on
the Raleigh Reflector 921 was established (later moved to the Denver
Reflector 987). This for the first time
allowed repeater owners in New England with either IRLP or EchoLink to
communicate together.
In June 2005, a decision was
made to convert the IRLP/EchoLink gateway from analog to digital.
A digital gateway is more efficient; there is less hardware involved, no
codec conversions, no audio quality loss and a lot less latency (audio
delay). This type of gateway has become a reality with the
expertise of EchoIRLP author Tony Langdon (VK3JED) and is known as the integrated
gateway.
On July 16, 2005, the analog
gateway was retired and the
new integrated gateway was installed on the NorthEast Reflector 905. Use of this
reflector worked out great for a few months, until severe weather events
occurred. When several stations connected to the network, it was
using up too much bandwidth on the reflector's server causing severe
packet loss.
Seeing the growing need for a
dedicated reflector in New England, Dave Cameron (VE7LTD) installed the
New England Reflector 912 on March 3, 2006. This allowed the
gateway to be one of ten possible channels dedicated to the needs of the
region. The EchoLink gateway was reinstalled on channel 3 of the
new reflector, effectively making the gateway node number "9123" from
either IRLP or EchoLink. At this time, the New England Network
name was retired. For simplicity, it was given the name "New England Gateway".
In April 2010, a secondary
channel to the New England Gateway was installed on the New England
Reflector's channel 7. The EchoLink conference for this gateway is
*NEW-ENG2* and the node number is "9127" on both IRLP and EchoLink.
This secondary channel was added so that regularly scheduled nets may
operate concurrently with SKYWARN operations on the primary channel as
needed. Likewise, casual users may move their QSO to the secondary
channel while nets operate on the primary channel.