Stop in for a cup of coffee

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Good here. you? How was Nam?
Gonna be putting this 383 back together, and in the car this month. Then I want to run the bugs out of it. Then bring, or talk to you about the Quarters...And other Rust...LOL
 
So say you have slow/poor DSL. Most think Why not raise the speed? That actually has the opposite effect. Say you have a DSL circuit that is capped, throttled, at 10MPS. A good speed for DSL. Now we check the circuit and Max attainable speed is 12MPS. That circuit is running 99 percent. Not good. The reason is packet loss. EVERY digital circuit experiences packet loss. To make a usable connection, the lost packets need to be replaced. Those lost packets are automatically replaced using the overhead bandwidth, in this case in the one percent not used by the primary info. Not a good scenario. That circuit will be problematic. Same circuit but now it is capped at 5MPS, usually 6MPS but I will use 5 for conversation. Now the Capacity is only 50 percent. Much more stable because it has plenty of overhead room to replace the lost packets.
 
So say you have slow/poor DSL. Most think Why not raise the speed? That actually has the opposite effect. Say you have a DSL circuit that is capped, throttled, at 10MPS. A good speed for DSL. Now we check the circuit and Max attainable speed is 12MPS. That circuit is running 99 percent. Not good. The reason is packet loss. EVERY digital circuit experiences packet loss. To make a usable connection, the lost packets need to be replaced. Those lost packets are automatically replaced using the overhead bandwidth, in this case in the one percent not used by the primary info. Not a good scenario. That circuit will be problematic. Same circuit but now it is capped at 5MPS, usually 6MPS but I will use 5 for conversation. Now the Capacity is only 50 percent. Much more stable because it has plenty of overhead room to replace the lost packets.
And you get too many lost, un recovered packets, the circuit falls out of "SYNC", and tries to reset. On restart, the packet loss is zero again, and it starts all over again. You get these un recovered packets because there is no room to replace them.... Packet loss can be in the millions and still stay in "SYNC". But just a few, in the hundreds, un recovered loss, circuit fails.
 
First time driving this today since i bought it for 7 benjamins the other week.
Runs good.

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Six. I didn't even open the hood to be honest. Just had no interest. I will check into it further for you if you want.
Could you get a couple pictures of the lower windshield molding? The corners? If you get a chance...
 
Could you get a couple pictures of the lower windshield molding? The corners? If you get a chance...
If I remember some of it was missing. But I could be mistaken.
He has a 70SS bigblock Cheville there gold edition. I never knew they even made a gold addition.
 
Degreased the 340 intake and tossed it into the bead blast cabinet. Compressor needs a little break. Its coming along nicely. Paint left on it blows off easy.
Picture later.
 
So say you have slow/poor DSL. Most think Why not raise the speed? That actually has the opposite effect. Say you have a DSL circuit that is capped, throttled, at 10MPS. A good speed for DSL. Now we check the circuit and Max attainable speed is 12MPS. That circuit is running 99 percent. Not good. The reason is packet loss. EVERY digital circuit experiences packet loss. To make a usable connection, the lost packets need to be replaced. Those lost packets are automatically replaced using the overhead bandwidth, in this case in the one percent not used by the primary info. Not a good scenario. That circuit will be problematic. Same circuit but now it is capped at 5MPS, usually 6MPS but I will use 5 for conversation. Now the Capacity is only 50 percent. Much more stable because it has plenty of overhead room to replace the lost packets.
Confused...
Max vs capped? Who controls that? And how does this relate to me trying to maximize my wiring?
 
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