At 200 000 km/s, I somehow doubt that anything would have survived. You just ripped a nice chunk out of the Earth...
Some back-of-envelope calculations:
The Tunguska event was estimated at about 10 MegaTons.
99942 Apophis is going to pass close to Earth in 2029. It's diameter is ~270m and it's mass is ~2.1x10^10kg. Normal asteroid impact speed is about 10-20km/s. Estimates of impact energy are about 880 Megatons.
So call this 10^10kg asteroid, impacting at 10km/s generating 880 Megatons.
Your SSD is travelling at 200,000 km/s, which is 20x faster, resulting in 400x the energy. I can't find any 'facts' for the mass of an SSD, but wookiepedia gives its length as 3.8km - 19km, so say 10km. Assuming it's a similar overall density to an aircraft carrier (USS Nimitz - 333m length, 88,000 tons(=8.8x10^7kg)) gives a mass of ~2.383x10^12kg.
So your SSD is 230x as heavy as Apophis, and travelling 20x faster. 20x faster equates to 400x as much energy, so this and the increased mass give a total of 92,000x more energy than Apophis, = 92,000 x 800Megatons = 73,600,000 Megatons. Or about 7 million times as powerful as Tunguska.
At almost 10^8 Megatons, this is the top level of the
Torino Scale Chart, and given that you crashed it, the probability of impact is 1. So this is a level 10 event. Moreover, it's at the top range of the level 10 event, so a lot more powerful. Level 10 is described as:
A collision is certain, capable of causing global climatic catastrophe that may threaten the future of civilization as we know it, whether impacting land or ocean. Such events occur on average once per 100,000 years, or less often.
As it's much more powerful than the bottom of the level 10 power (10^5 MT) we can assume it's going to do a lot more than the text above. I think it's fair to say that the only things that would survive would be bacteria.