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[1452.48 --> 1453.04] you'd look at.
[1453.62 --> 1454.62] But he says Powerline
[1454.62 --> 1455.56] works but it's
[1455.56 --> 1456.64] definitely nowhere as
[1456.64 --> 1457.86] fast as wired Ethernet.
[1458.46 --> 1459.38] In fact it isn't even
[1459.38 --> 1460.56] as fast as some of the
[1460.56 --> 1462.58] mesh Wi-Fi that he's
[1462.58 --> 1462.88] tested.
[1462.98 --> 1463.60] So he did several
[1463.60 --> 1464.28] different kind of speed
[1464.28 --> 1465.16] tests for us and said
[1465.16 --> 1467.80] in all he is able to
[1467.80 --> 1469.06] get better performance on
[1469.06 --> 1471.32] mesh Wi-Fi but in some
[1471.32 --> 1473.00] situations where Wi-Fi
[1473.00 --> 1473.74] didn't reach or there
[1473.74 --> 1475.38] was other issues he was
[1475.38 --> 1476.30] still able to get
[1476.30 --> 1477.70] around 100, 150
[1477.70 --> 1478.92] megabits with his
[1478.92 --> 1479.84] Powerline adapters.
[1480.58 --> 1481.54] In one case depending
[1481.54 --> 1482.44] on a product he tried he
[1482.44 --> 1483.38] was able to get 300
[1483.38 --> 1485.22] megabits which that's
[1485.22 --> 1485.88] pretty respectable.
[1486.12 --> 1486.76] That's really all I'd
[1486.76 --> 1487.52] want over Powerline.
[1487.70 --> 1488.50] I'm not expecting
[1488.50 --> 1489.00] gigabit.
[1489.46 --> 1490.14] I mean if all you're
[1490.14 --> 1492.28] doing is streaming you
[1492.28 --> 1493.50] know on Cody or
[1493.50 --> 1494.44] something like that you
[1494.44 --> 1495.00] know that's all you
[1495.00 --> 1495.38] need.
[1495.58 --> 1496.58] He points out and it's
[1496.58 --> 1497.14] a great thing to
[1497.14 --> 1498.82] consider is a little
[1498.82 --> 1501.26] play of words that
[1501.26 --> 1502.60] these manufacturers use.
[1502.84 --> 1503.20] Yes.
[1503.38 --> 1504.06] And I haven't verified
[1504.06 --> 1504.92] this but according to
[1504.92 --> 1506.30] him he says when they
[1506.30 --> 1507.28] say it's a gigabit
[1507.28 --> 1508.74] they mean it's a
[1508.74 --> 1509.44] gigabit when you
[1509.44 --> 1510.52] combine the send and
[1510.52 --> 1510.94] the receive.
[1511.52 --> 1512.86] It's actually half a
[1512.86 --> 1514.68] gigabit in both
[1514.68 --> 1515.24] directions.
[1515.62 --> 1516.68] In a perfect world
[1516.68 --> 1517.86] when there is no wind
[1517.86 --> 1518.46] outside.
[1519.14 --> 1519.32] Right.
[1519.56 --> 1520.56] They're about one
[1520.56 --> 1521.54] centimeter apart
[1521.54 --> 1522.44] probably yes.
[1522.92 --> 1523.96] So if you get a two
[1523.96 --> 1525.34] gigabit model which
[1525.34 --> 1526.30] there are two gigabit
[1526.30 --> 1527.30] units then it's one
[1527.30 --> 1528.22] gigabit send one
[1528.22 --> 1529.24] gigabit receive and it's
[1529.24 --> 1531.16] actually a one gigabit
[1531.16 --> 1532.22] unit the way we think of
[1532.22 --> 1532.92] it in terms of like
[1532.92 --> 1533.76] ethernet adapters.
[1534.40 --> 1535.12] So that's a little
[1535.12 --> 1536.08] trick of rooskies that
[1536.08 --> 1537.40] they like to pull that
[1537.40 --> 1537.92] when they're quoting
[1537.92 --> 1539.00] speeds they're quoting
[1539.00 --> 1540.74] just a send or receive.
[1541.76 --> 1542.70] But we got lots of
[1542.70 --> 1543.10] other feedback.
[1543.22 --> 1544.02] Some people thought that
[1544.02 --> 1545.04] it was that maybe I'd
[1545.04 --> 1545.84] have better performance
[1545.84 --> 1546.58] if I didn't have solar
[1546.58 --> 1549.80] panels on the RV that
[1549.80 --> 1550.50] they thought maybe that
[1550.50 --> 1551.78] was causing some high
[1551.78 --> 1552.80] degree of interference
[1552.80 --> 1553.82] just because of you know
[1553.82 --> 1554.70] the intensity of that.
[1554.86 --> 1556.34] But those systems are
[1556.34 --> 1557.02] totally separate.
[1557.36 --> 1559.14] The house power doesn't
[1559.14 --> 1560.26] connect to like the
[1560.26 --> 1562.14] charge controller or the
[1562.14 --> 1562.90] batteries directly.
[1563.30 --> 1564.16] Yeah because a lot of
[1564.16 --> 1565.54] folks wrote in and said
[1565.54 --> 1567.34] that if you have coax in
[1567.34 --> 1567.94] your walls you can
[1567.94 --> 1569.66] actually get power line