Is there any support for large sparse matrices in R? I'm currently dealing with a 1.9M sparse square matrix with about 0.001 density. 
I wanted to stress test the creating of this matrix in R on my AWS spot instance with 480gb memory.
library(Matrix)
DIMS = as.numeric(1988463)
DENSITY = as.numeric(0.001)
VALS = as.numeric(DIMS*DIMS*DENSITY)
i <- sample(DIMS, VALS, replace = TRUE)    
j <- sample(DIMS, VALS, replace = TRUE)    
x <- rpois(VALS, 10)
sp_matrix <- sparseMatrix(i = i, 
                          j = j, 
                          x = as.numeric(x), 
                          dims=list(DIMS, DIMS))
However, I get this error.
Error in validityMethod(as(object, superClass)): long vectors not supported yet: ../../src/include/Rinlinedfuns.h:522
Traceback:
1. system.time(sp_matrix <- sparseMatrix(i = i, j = j, x = as.numeric(x), 
 .     dims = list(DIMS, DIMS)))
2. sparseMatrix(i = i, j = j, x = as.numeric(x), dims = list(DIMS, 
 .     DIMS))
3. validObject(r)
4. anyStrings(validityMethod(as(object, superClass)))
5. isTRUE(x)
6. validityMethod(as(object, superClass))
Timing stopped at: 76.42 73.41 151
Is there any package or workaround for this issue? In the end i'll be using the reticulate package to load a sparse csr matrix from numpy in order to take advantage of the quicker and memory efficient text2vec package for running glove, which requires the data to be in dgCMatrix format. 
Edit
I've also tried spam with the following lines of code to simulate a large and sparse matrix.
library(spam)
test_matrix <- spam_random(nrow = 1900000, ncol = 1900000, density = 0.001)
It will run with the following warning:
Warning message in spam_random(nrow = 1900000, ncol = 1900000, density = 0.001):
"integer overflow in 'cumsum'; use 'cumsum(as.numeric(.))'"
Until it eventually times out with the following error message:
Error in if (rowp[i] == rowp[i + 1L]) next: missing value where TRUE/FALSE needed
Traceback:
1. system.time(test_matrix <- spam_random(nrow = 1900000, ncol = 1900000, 
 .     density = 0.001))
2. spam_random(nrow = 1900000, ncol = 1900000, density = 0.001)
Timing stopped at: 1657 228.3 1903